AUTHOR INDEXINDUSTRIAL AND ENGINEERING CHEMISTRY

V O LU M E 34— 1942

A e p l i , 0 . T . See La Lande, W . A ., Jr.A l s t o n , P. W . See M cG innis, R . A .A l y e a , H . N ., G a r t l a n d , J. J., Jr ., a n d G r a h a m , H. R ., Jr . M ethyl

M ethacrylate Polym erization. Peroxide Catalysis and Oxidationof H ydroquinone Inhibitor........................................................................ 458

A m b r o s e , A . M . , D e E d s , F l o y d , a n d M c N a u q h t , J. B . ChronicT oxicity o f D crris.......................................................................................... 684

A m e r i n e , M . A ., M a r t i n i , L. P ., a n d D e M a t t e i , W i l l i a m . F o a m ­in g P r o p e r t ie s o f W in e . M e t h o d a n d P r e l im in a r y R e s u l t s .......... 152

A n d e r s e n , A . A ., a n d G r e a v e s , J. E . d-Lactic A cid Ferm entation ofJerusalem A rtichokes.................................................................................... 1522

A n t h o n y , R . L. See D art, S. L ., and Peterson, L . E .A r m f i e l d , F. A . See Larsen, R . G.A r m s t r o n g , R . T ., a n d K a m m e r m e y e r , K a r l . C ountercurrent

Leaching. Graphical Determ ination of Required Num ber ofUnita................................................................................................................... 1228

A s s a f , A . G . See B a lB b a u g h , J. C.A s t o n , J. G . Sources of Therm odynam ic D ata. M ethods of Appli­

cation to Industry.......................................................................................... 514A u l t , W . C ., C o w a n , J . C ., K a s s , J . P ., a n d J a c k s o n , J . E . Polym er­

ization of D rying Oils. C om parative Rates o f Polym erization of Esters o f Isom eric O ctadecatnenoic Acids at 275° C . in V acuum . . 1120

B

B a c o n , R . F m a n d F a n e l l i , R o c c o . Purification o f Sulfur..................... 1 04 3B a i e r , W . E . Citrus Pectates (C orrection ). . . . . ..................................... 182B a i l e y , A . J . R ecovery of Butanol in Butanol P ulp ing........................ 4 8 3B a k e r , E . M . See Beebe, A . H ., J r .B a l d e b c h w i e l e r , E. L . See M cArdle, E . H .B a l d w i n , F . P . See Haworth, J. P.B a l d w i n , I. L . See Van Lanen, J. M .B a l s b a u g h , J. C ., A s s a f , A . G ., a n d O n c l e y , J. L . D ielectric Prop­

erties of H ydrocarbons and H ydrocarbon Oils. Influence o f Oxi­d a tion ..................................................................................................................

B a r h a m , H. N ., W a g o n e r , J. A ., a n d R e e d , G . N . V iscosity ofStarches. Determ ination by a R otating Cylinder V iscom eter.. . . 149 0

B a r n a r d , R . D . Silver P lating o f Optical Glassware. Triethanol-amine as Reducing Agent. (Correspondence, 1 1 3 2 ) ........................... 6 3 7

B a r n e s , R . B. See B urton, C. J.B a r t e l l , F. E ., a n d C o w l i n g , H a l e . D epolym erization o f Cellu­

lose in V iscose Production . E ffect of Manganese on D epolym eri­zation R ate ....................................................................................................... 6 0 7

B a s k e r v i l l , W . H . See Copson, R . L .B a t e b , J . R . , R o s e , F. W ., J r . , K u r t z , S. S., J r . , a n d M i l l s , I. W .

Com position o f Catalytically Cracked Gasolines............................... 1 47B a u m , S. J. See H ix B o n , A . W .B e a r , F. E ., a n d T o t h , S. J. Phosphate Fixation in Soil and Its

Practical C o n tro l.......................................................................................... 49B e a r b e , A. E . See W aitkins, G . R .B e a t t y , H . A. See Thom son, G . W .B e a v o n , D . K, See Haskell, N . B.B e c k e l , A . C ., B u l l , W . C ., a n d H o p p e r , T . H . Heat Denaturation

o f Protein in Soybean M eal..........................................................'............. 9 7 3B e e b e , A. H . , J r . , C o u l t e r , K . E ., L i n d s a y , R . A ., a n d B a k e r ,

E . M . Equilibria in Ethanol-W ater System at Pressures LessThan Atm ospheric.......................................................................................... 1501

B e h r , E . A . See Kaufert, F . H.B e k k e d a h l , N o r m a n . See W ood , L . A.B e m is , W . A . See Brown, J. M .B e n s o n , H . K . See Pearl, I. A .B e r g , R . M . See Clash, R . F., Jr.B e r g e r , L. B . See E lliott, M . A .B i l f o r d , H. R ., S c a l f , R. E ., S t a r k , W . H ., a n d K o l a c h o v , P. J .

A lcoholic Fermentation of Molasses. R apid Continuous Fer­mentation Process.......................................................................................... 1406

See also Gallagher, F . H.B im m e r m a n , H. G. See Neal, A . M .B o g i n , C h a r l e s , a n d W a m p n e r , H . L. Nitroparaffins as Solvents in

Coating Industry............................................................................................ 1091B o l t o n , E. K . Developm ent o f N y lon .................................................... 53B o l t o n , H . L. Value of Silicate of Soda as Detergent. E ffect of Sili­

cates, Phosphates, Borax, Soda Ash, and Caustic Soda on Oleateand Stearate Soap Requirements for Sudsing in H ard W ater.......... 7 37

B o t k i n , D . F . See Budenholzer, R . A.B o y d , C. A . See Caldwell, W . E .B o y d , R o b e r t , a n d S c h m i d t , R . W . Decolorizing Filter A id s .............. 7 4 4B o y d , T h o m a s , a n d H a s s , H . B . N itration o f M ethane. (C orrec­

tion, 6 3 2 ) ............................................................................. ....................... 3 0 0B r a d l e y , T . F ., a n d R i c h a r d s o n , D a v i d . D rying Oils and Resins.

A lkali-Induced Isom erization o f D rying Oils and F atty A c id s .. . 2 3 7B r a d l e y , W . E . See Polly, O. L .B r a g g , L. B ., a n d R i c h a r d s , A . R . B inary M ixtures for Testing

Fractionating Columns at Atm ospheric and Reduced Pressures.(Correspondence, 1 5 3 3 ) ............................................................................... 1 0 8 8

B r a n d t , R . L . See Ross, John.B r e n n e r , M . W . See Schwarz, R obert.B r e s t o n , J . N . See Fenske, M . R .B r o o k s , B . T . Petroleum Research and W ars......................................... 7 9 8B r o q u i s t , H. P . See Van Lanen, J . M .B r o t h e r t o n , M . See M cLean, D . A .B r o w n , G. G . See H olcom b, D . E ., and W hite, R . R .

B r o w n , J. M ., a n d B e m is , W . A . Advantages and Disadvantages ofContinuous Clarifiers for Refining Sugar.............................................. 419

B r o w n , O. J ., J r . , a n d S m it h , W . R . Relation of P aint Properties toSurface Areas of Carbon B la ck ................................................................ 352

B u c k l e y , D . J . See M oll, R . A.B u d e n h o l z e r , R . A ., B o t k i n , D . F ., S a g e , B . H ., a n d L a c e y , W . N.

Phase Equilibria in H ydrocarbon Systems. Joule-Thom son Co­efficients in Methane-Propane System ................................................... 878

B u l l , W . C. See B e c k e l , A. C.B u r k , R . E . See Naragon, E . A.B u r t o n , C. J., B a r n e s , R . B . , a n d R o c h o w , T . G . Electron M icro­

scope. Calibration and Use at Low M agnifications........................ 1429B u x t o n , L. O. Effect of Carbon Treatm ent on Fish Liver Oils. Vita­

min A Destruction and Peroxide F orm ation ....................................... 1488B y r d , E . E ., a n d J e s s e n , F. W . Thermal Characteristics of High-

Temperature Oil W ell Cem ents................................................................ 1142B y r n s , A. C. See Polly, O. L.

C a d y , G . H ., R o g e r s , D . A ., a n d C a r l s o n , C . A . P rep a ra tion o fF lu or in e ........................................................................................................................ 443

C a l d w e l l , W . E ., a n d B o y d , C . A . A d sorp tion b y S tron tiu m Saltso f T ra ces o f Iron from C a u stic S oda S o lu t ion s ...................................... 230

C a m e r o n , F . K . See C h en , W . W ., and P ow ell, E . L .C a m p b e l l , A . W . N itroparaffin s and D eriva tives as H ea t Sensitizers

fo r R u b b e r L a tices . (C orre ction , 1 4 8 9 ).................................................... 1106C a r l s o n , C . A . See C a d y , G . H .C a r l s o n , H . C m a n d C o l b u r n , A . P . B in a ry M ix tu res fo r T est­

in g F ra ction a tin g C olu m n s (C o rre s p o n d e n ce )............. :*.•••............. 1533V a p or -L iq u id E q u ilib r ia o f N on id ea l Solu tions. U tilization o f

T h eoretica l M eth od s to E x ten d D a t a ........................................................ 581C a r m o d y , W . H . C oa l B y -P ro d u cts . S o lu b iliz in g E ffe c t o f H y d ro ­

gen ation u p on A rom a tic -D er iv ed R es in s ................................................... 74C a r n a h a n , F . L . See F en ske, M . R .C a r p e n t e r , D . C ., a n d L o v e l a c e , F . E . P ro te in -A ld eh y d e Plastics.

C om b in a tion o f F orm a ld eh y d e w ith A c id C asein and w ith R en netC a se in ............................................................................................................................ 759

C a r s w e l l , T . S ., H a y e s , R . F ., a n d N a s o n , H . K . P h ysica l P roper­ties o f P o ly s ty ren e as In flu en ced b y T e m p e ra tu re ................................. 454

C a s e r , A . H . See F en sk e, M . R .C h a s e , Sh e r w in . N om og ra p h s fo r A b so rp tio n F a cto r E q u a t io n ......... 1499C h e n , W . W ., a n d C a m e r o n , F . K . C ellu lose C o n te n t o f C o tto n and

S o u t h e r n W o o d s ...................................................................................................... 224C h e y n e y , L a V . E . M e th y l E th y l K e to n e E x tra ction o f R u b b e r . . . . . 1426

a n d K e l l e y , E . J . U n sa tu ra tion o f S y n th e tic R u bberlik eM a te r ia ls ..................................................................................................................... 1323

C h ie n , T . P . See Suen , T . J.C h u , P . S . See S uen , T . J.C h u a n g , K u n g - Y a o . See T s ’ ai, L iu -S h en g .C l a r k , F . M ., a n d R a a b , E . L . E le c tr ica l S ta b ility o f M in era l-O il-

T re a te d D ie le ctr ics . In flu en ce o f R efin in g T e c h n iq u e .............. 110C l a s h , R . F ., J r ., a n d B e r g , R . M . V in y l E la stom ers . L o w -T em -

peratu re F le x ib ility B e h a v io r ........................................................................... 1218C o l b u r n , A . P . See C a rlson , H . C .C o l l i n s , F . C . See V a u gh an , W . E .C o o p e r , A . H ., M o r r is o n , R . H ., a n d H e n d e r s o n , H . E . H eat

T ra n sfer o f C on d en s in g O rga n ic V a p o rs ................................................... 79C o p s o n , R . L ., P o l e , G . R ., a n d B a s k e r v il l , W . H . D evelopm en t

o f P rocesses fo r M eta p h osp h a te P r o d u ct io n s ......................................... 20C o u l t e r , K . E . See B eeb e , A . H ., Jr.C o w a n , J. C . See A u lt, W . C .C o w l in g , H a le . See B arte ll, F . E .C r a m e r , H . I . In du stria l P rogress in S y n th etic R u bberlik e P oly-

m ers ................................................................................................................................C r o s s l e y , R . H . See P a lm er, H . F . # oaC u m m in s , A . B . C a lc iu m P h osp h a te in F iltra tion o f Sugar L iq u o r s . . . ¿»a

C la r ify in g E ffic ien cy o f D ia tom a ceo u s F ilter A id s ................................. 4U,Ja n d W e y m o u t h , L . E . F iltra tion o f Sugar S o lu tion s. Factors

D eterm in ed b y L a b o ra to ry T e s t P r o c e d u r e s '...................... •••••••C u p e r y , M . E ., a n d G o r d o n , W . E . S u lfa m ic A c id . Industria l R e-

v ie w ................................................................................................................................

DD a r b y s h i r e , R . W . See J oh n ston e , H . F .D a r t , S. L ., A n t h o n y , R . L . , a n d G u t h , E u g e n e . R ise o f Tem pera-

tu re on F a st S tretch in g o f S y n th e tics a n d N atu ra l R u b b e r s . . . . . j . D a v is , D . S . B o ilin g P o in t N o m o g ra p h fo r n -A lk y l P rim ary A m ines, j

C a lc iu m C h lor id e N o m o g ra p h s ...........................................................................E x tra ctio n N o m o g ra p h fo r S o lu te -F ree S o lv e n ts ..................................... «g jM o la l V o lu m e N o m og ra p h s for A lip h a t ic H y d ro ca rb o n s ....................M o le cu la r R e fr a c t io n -C r it ica l T em p era tu re N o m o g ra p h ....................M o le cu la r R e fra c t io n N o m o g r a p h .. . . . . . ...................................................... 797M o le cu la r V o lu m e N o m o g ra p h fo r L iq u id A lk a n e s ................................N om og ra p h fo r A n g les o f L iq u id L en ses ....................................................... ^74N o m og ra p h fo r C a lcu la tin g R e d u ce d T em p era tu res .............................. 53N o m og ra p h fo r F lo w fro m P a rtia lly F illed P ip e s . .................................. a j iN o m og ra p h fo r S o lu b ility o f C h lorin e M o n o x id e in W a t e r . . . . • • • • S pecific H ea t an d V is co s ity N om og ra p h s fo r C alcium Gnloriae

B r in e s ........................................................................................................................... j231S u rface T e n s io n -V is c o s ity N om og ra p h fo r O rgan ic L iq u id s . . . . • •»V a p o r Pressure N om og ra p h s fo r A q u eou s S od iu m H ydroxide ooiu -

t io n s ...............................................................................................................................

1534

December 1942 I N D U S T R I A L A N D EN G I N E E R I N G ‘ C H E M I S T R Y

D a v i s , W . B . Extraction of Ascorbic Acid from Plant Tissues.............. 217D a v i s o n , J. A. See Lipkin, M . R.D a w s o n , D . H . See Geddes, J. A., and Lightbody, A.D e E d s , F l o y d . See Ambrose, A. M .D e l m o n t e , J o h n . E ffect of Solvents upon Solid Organio Plastics........ 764D b M a t t b i , W i l l i a m . See Amerine, M . A.D ia m o n d , H. See Fuchs, G . H . v o n .D in w i d d i e , J. A. See Griswold, John.D o o b , I I u g o , J r . , W i l l m a n n , A l f r e d , a n d S h a r p , P. F . Influence of

Moisture on Browning of Dried W hey and Skim M ilk......... 1460D ow , W i l l a r d . Progress of Styrene Production.................................... 1267D u m o u l i n , F. E. See Treybal, R . E.D u n l o p , A. P ., a n d P e t e r s , F. N ., J r . Nature of Furfuryl A lcohol.. . 814D y e r , C. P . See Hochwalt, C. A.

E a s t e r w o o d , H . W . Recent Developments in Phosphate Field.......... 13E b b e r t s , A. R . Oxidation of Asphalt in Thin Films................................ 1048E d g e l l , W . F. See Glockler, George.E g e r t o n , L. See M cLean, D . A.E g l o f f , G u s t a v , a n d K u d e r , R . C. Molecular Volume of Liquid

Alkanes at Corresponding Tem peratures.......................................... ¿7 2E l d e r , A. L. Progress o f Butadiene Production .. . . . . . . . . . . . . . . . . 1 260E l l i o t t , M . A ., a n d B e r g e r , L. B . Combustion in Diesel Engines.

Effect o f Adding Gaseous Combustibles to Intake A ir .. . . . . . . . . 1065E l m o r e , K . L., H u f f m a n , E. O., a n d W o l f , W . W . Defluorination

of Phosphate R ock in M olten State. Factors Affecting Rate ofDefluorination.......................... ...........................................¿.y. • • v;.; • ■1 *

E l s e n b a s t , A. S., AND M o r r i s , D. C. Diatomaceous Silica Filter- ^

E n g u s! D ^ T ^ and F iess.’ ÎL* A.’ Production of Palatable ArtichokeSirup. Application of Organic Exchangers....................................... »04

Evans? H FC . ^ ifDe Y ^ ungT ^ W ^ ' Solubility of Polybutene in PureSolvents.......................................................................................................... 401

F a in , J. M . See Snell, F . D.F a n e l l i , R o c c o . See Bacon, R.F a r k a s , A d a l b e r t , a n d F a r k a s , L a d i s la u s . Catalytic Polymeri­

zation of Olefins in Presence of Phosphoric Acid...............................

S F . T a n d m x Ä M .‘ O Ä o f R a w S ta rch G ra n u le sb y E lectrolysis in Alkaline Sodium Chloride Solution....................

F e in , M . L. See Smith, L. T .F e n s Ä r ^ Ä S : I t B r e s t o n . J N „ C a b b b A H.. a n d

R e s c o r l a , A . R . O p t ic a l R o t a t io n o f P e tro le u m F r a c t io n a .............F ie s s , H . A . See E n g l is , D . T -F i s h e r , C. H. See Smith, L. T . ■PnHViPriiF is h e r , H . L . Coal in Manufacture of Synthetic Rubbers......................F l e i g b r , A . G. See Piper, J. D .

V d f o J o ^ i l S . . « D L o w ? , A l e x a n d e r . A m in oA c id C o m p o s i t i o n o f ¿ o t t o n s e e d G lo b u lin I r e p a r a t io n s ..................

See also O lcott, H . S.Ford, J. H . See K ilgore. L . B.F o r d y c e , C. R . See Malm, C. J.F o u r t , L y m a n . See Harris, M uton. fQ Tinuors

a n d L im e -D e fe c a t e d ' R e -

F basÄ f ! Ä w P e Ä Ä # « N e o p re n e V u lc a n i-zates. E ffect of Kerosenes..........................................

Sc« also Yerzley, F . L.F r e e m a n , A . F . See Rose, W . G.F r e e s e , J. A ., J r . See Garvey, B. S., Jr.F riend, L e o . See L obo, W . E . „ t? h . Oxi-F b it z , j. C . , H a l p i n , J. L .. H o o p e b . J . H ., a n d K r a m e l , a . n . u*i

d a t iv e D e s t r u c t io n o f V ita m in D . . . '¿ ¿ ¿ ¿ ¿ ¿ ¿ e r i s t i c s o fS S - C h e m i c a l C o -

FDcbPb° : W a “ t e bV a n d S a n d h o VV, Ä.07 T h e o r y o f C o a l P y r o ly s is ..........

716

677

638

1382

116

987

742

1298

979

927567

a n d R e e d , C. E. Degrees o f Freedom in M ulticom ponent Absorp­tion and Rectification Colum ns...............................................................

G l o c k l e r , G e o r g e , a n d E d g e l l , W . F. Heat C apacity o f CertainHalomethanes................................................................................................

G o g g i n , W . C., a n d L o w r y , R . D . Vinylidene Chloride P olym ers.. . . G o o d , A. J., H u t c h i n s o n , M . H ., a n d R o u s s e a u , W . C. L iq u id

Capacity of Bubble Cap Plates...............................................................G o o d h u e , L. D . Insecticidal Aerosol Production. Spraying Solu­

tions in Liquefied Gases..............................................................................See also Smith, C. M .

G o o d n i g h t . C. J. Toxicity of Sodium Pentachlorophenate andPentacnlorophenol to F ish.........................................................................

G o r d o n , W . B. See Cupery, M . E.G r a h a m , H. R ., J r . See Alyea, H. N.G r e a v e s , J. E. See Andersen, A . A.G r e e n e , J. W ., S u t h e r l a n d , J. V., a n d S k l a r , G e o r g e . Graphical

Calculation of Nonisothermal Reactions..............................................G r e v e n , J. P. Jacobs Continuous Clarifier for Phosphoric Acid and

Lime Clarification of Melted Sugar Solutions Used for W hiteSugar Manufacture......................................... %..........................................

G r i f f i n , C. L; Guarding against Flammable Liquid Fire H azard........G r i s w o l d , J o h n , a n d D in w i d d i e , J . A . Vapor-Liquid Equilibrium

of M ethanol-Ethanol-W ater. Mechanism of Ethanol Dehydra­t ion ....................................................................................................................

a n d K a s c h , J. E. H ydrocarbon-W ater Solubilities at ElevatedTemperatures and Pressures.....................................................................

G u t h , E u g e n e . See Dart, S. L ., James, H. M ., and Peterson, L. E.

H

H a e f e l e , J . W . See M c G a v a c k , J o h n .H a lp in , J . L . See F r i tz , J . C .H a n s e n , L . A . See S p itz e , L . A .H a n s o n , A . C . E f fe c t o f A n ilin e P o in t o f O il o n S w e ll in g o f S y n t h e t ic

R u b b e r s ...................................................................................................................................H a n s o n , E . E . See L is k a , J . W .H a r r i s , E . W . A c t iv a t e d C a r b o n in S u g a r R e f in in g ....................................H a r r i s , M i l t o n , M i z e l l , L . R . , a n d F o u r t , L y m a n . E la s t ic i t y o f

W o o l . R e la t io n t o C h e m ic a l S t r u c t u r e ............................................................See also G e ig e r , W . B .

H a r t , L . P ., J r ., W o r k , R . W . , I r i s h , L . T . , a n d H o w e , M . A . C o m ­p o s it io n C o r k .................................................. .. ................................................... ..

H a r t f o r d , W . H . C h r o m ic A c id A n o d ic B a t h s . I n t e r p r e t a t io n o fG la ss E le c t r o d e M e a s u r e m e n t s ..............................................................................

H a s k e l l , N . B . , a n d B e a v o n , D . K . F r o n t -E n d V o la t i l i t y o f G a s o ­lin e B le n d s .............................................................................................................................

H a s la m , J . H . See S c h e u m a n n , W . W .H a s s , H . B . See B o y d , T h o m a s , and M c B e e , E . T .H a t c h e r , B . W . See M a c ln t i r e , W . H .H a w o r t h , J . P ., a n d B a l d w i n , F . P . B u t y l R u b b e r P r o p e r t ie s a n d

C o m p o u n d in g ......................................................................................................................H a y e s , R . F . See C a rs w e l l, T . S .H e n d e r s o n , H . E . See C o p p e r , A . H .H i r s c h , M . P r e s s u r e -T e m p e r a tu r e C h a r t f o r V a p o r s ......................................H i x o n , R . M . , a n d S p r a g u e , G . F . W a x y S t a r c h o f M a iz e a n d O th e r

C e re a ls . P o s s ib le C o m p e t i t o r f o r T a p i o c a ...................................................See also F a r le y , F . F .

H i x s o n , A . W . , a n d B a u m , S . J .A g it a t io n

P e r fo r m a n c e o f P r o p e lle r s in L iq u id -S o l id S y s t e m s ..................................P o w e r R e q u ir e m e n t s o f T u r b in e A g i t a t o r s ...................................................

H o c h w a l t , C . A . , L u m , J . H . , M a l o w a n , J . E . , a n d D y e r , C . P . A l ­k y l E s te r s o f P h o s p h o r ic A c i d .................................................................................

H o l c o m b , D . E . , a n d B r o w n , G . G . T h e r m o d y n a m ic P r o p e r t ie s o fL ig h t H y d r o c a r b o n s ........................................ ..................... . . . ................................

H o l m e s , H . N. G r e e t in g s f r o m O u r P r e s id e n t ( E d i t o r ia l ) .......................N a t io n a l S u r v iv a l t h r o u g h S c ie n c e ...........................................................................

H o l m e s , R . C . See Y o r k , R o b e r t , J r .H o l v e n , A . L . S u p e r s a tu r a t io n in S u g a r B o i l in g O p e r a t io n s . C o n ­

t in u o u s A u t o m a t ic M e a s u r e m e n t .........................................................................H o o p e r , F . E . C h e m ic a l E x a m in a t io n o f C o r n B r a n ...................................H o o p e r , J . H . See F r itz , J . C .H o p p e r , T . H , See B e c k e l , A . C .H o r n e , G . H . C o n c e n t r a t io n C h a n g e .......................................................................H o w a r d , H . C . See S m ith , R . C . , J r .H o w e , M . A . See H a r t , L . P ., Jr.H o w l e t t , R . M . See M o l l , R . A .H u f f m a n , E . O . See E lm o r e , K . L .

■ H u n t , H e r s c h e l . See S c h u m a c h e r , J . E .H u n t e r , T . G . M ix e d S o lv e n t E x t r a c t io n . B a t c h - E x t r a c t io n

S t o ic h io m e tr ic C o m p u t a t io n s ..................................................................................H u t c h i n s o n , M . H . See G o o d , A . J .

G a l l a g h e r , F. H m B i l f o r d , H. R: > S t a r k j* Wor^Use^in Continuous P. J. Fast Conversion of Distillery Mash for Use m uonti ^

Galwoheb8; p r * « h / f . Whisky_ Losses during A g i n g . ..........................G a m e r , C. H. See Othmer, D . F.G a r b e r , H. J. See Tiller, F . M . Arrav of IdenticalG a r d n e r , K . A . M ean Temperature Difference in Array oi ...........

Exchangers..................... .......... y • ¿j .............................Amounts of Synthetic Rub-

AtmFREESB, J. a !,’ Jb .’ ’ E ffect of Carbon B lacksin Synthetic Tire

an dSabb ach! d '. V . ' ' Ebonite from H y car o 's ^ 'a i n g CharacteriV-W h i t l o c k , M . H „ a n d F r e e s e , J. A ., J»- P r o c e s s in g ......................

tics of Synthetic T ire R ubber...................................See also Juve, A . E.

G e b h a r t , A. I. See Ross, John. of Viscosity fromG ed d eb , J. A ., a n d D a w s o n , D . H. Calculation oi ' .........

^ R ecovery S'Chemicals W and CoP-

O - W S & f t i V X « ; ~ ChemicallyModified W ools of E n h a n c e d S t a b i l i t y .......................

G i l b e r t , E . C. See Snyder, H. B . Effect of Pressure on En-G i l l i l a n d , E. R ., a n d P a r e k h , M. D . o ............................

thalpy of Pentane, Heptane, and Isooctane....

1395

992

1083

1320

12771312

1309

163

382

1398

360

I r i s h , L. T . See Hart, L. P ., Jr.I t t n e r , M . H. Forty-Five Years of Chemistry in Soap Plant.

J a c k s o n , J . E . See Ault, W . C.J a c k s o n , J . M . See Olson, F. C. W .J a c o b , K. D m M a r s h a l l , H . L ., R e y n o l d s , D. S.. a n d T r e m e a r n h ,

T . H. Composition and Properties o f Superphosphate. Volatil­ization of Fluorine in Superpnoephate M anufacture........................

J a c o b s , J. J .t Jr . High-Temperature Saponification. AnhydrousSystem ..............................................................................................................

See also Othmer, D . F.J a m e s , H. M ., a n d G u t h , E u g e n e . Theory o f Rubber Elasticity for

Developm ent of Synthetic R ubbers.......................................................J e s s e n , F. W . See B yrd, E . E.J o h n s o n , M. J . See Van Lanen, J . M .J o h n s t o n e , H. F. Sulfur Dioxide. (Correction, 1444)............................

a n d D a r b y s h i r e , R . W . Sulfur D ioxide as R aw M aterial. Chlo­rination of M etal Oxides with Sodium Chloride and Sulfur D i­oxide..................................................................................................................

J o n e b , H. A ., a n d W o o d , J . W . Preparation o f Pure Geraniol...............J u v e , A. E ., a n d G a r v e y , B. S., J r . Volume Change o f H ycar O R -15

Compounds on Im mersion.........................................................................

1535

551

532327

1445

1456

868

65

633664

1188

804

1326

1057

833

649

920

167

1301

174

959

120194

20

5901

1410

1234728

Î042

9 63

2 53

722

3 2 2

1365

1017

280488

1316

1536 I N D U S T R I A L Ä N D E N G I N E E R I N G C H E M I S T R Y Vol. 34, No. 12

K

K a m m e r m e y e r , K a r l . S e e A r m s t r o n g , R . T .K a r n o f s k y , G e o r g e . R apid Solution of M ulticom ponent Distilla­

tion Problem s................................................................................................... 839K a s c h , J. E . See Griswold, John.K a s s , J. P. See Ault, W . C.K a t z e n , R a p h a e l , a n d O t h m e r , D . F. W ood H ydrolysis. Con­

tinuous Process................................................................................................ 314K a u p e r t , F. H ., a n d B e h r , E. A . Susceptibility of W ood to D ecay.

E ffect of Urea and Other Nitrogen C om pounds.............................. 15X0K e l l e y , E. J. See Cheyney, La V. k .K e l s o , E . A ., w i t h F e l s i n q , W . A. P -V -T Relations and Derived

Quantities for Hexanes..................................................... . ............... 161K e m p , A . R ., a n d P e t e r s , H. C ryoscopic and V iscosity Studies o f

Polyisobutylene. C ryoscopic D eviation of Polyisobutylene Solu­tions from R aou lt’s L a w ...................................................... .•••••........... 1192

V iscosity and C ryoscopic D ata on Polystyrene. Discussion ofStaudinger's V iscosity R u le ....................................................................... 1097

See also Selker, M . L.K e r r , R . W . , M e i b e l , H a r r y , a n d S c h i n k , N o r b e r t . Corn Sirups

of High Ferm entability................................................................................ 1232K e r s t e i n , N . A . See Piper, J. D .K e y e s , D . B. See Langaon, W . M ., and M ichels, L . R .K i l g o r e , L. B ., F o r d , J. H ., a n d W o l f e , W . C. Insecticidal Proper­

ties of 1,3-Indandiones. E ffect o f A cyl G roups................................ 494K i n n e y , G. F . Leaching Calculations. N ote on Graphical M ethod . . 1102K i t t e l b e r g e r , W . W . W ater Im mersion Testing o f M etal Protective

Paints. Influence of Bare M etal Areas................>.............................. 943Zinc T etroxy Chrom ate. R ust-Inhibitive Primer P igm ent........ ........ 363

K n o w l e s , H . I. Filtration o f Phosphate-Defecated Affination Sirup 422K o b a y a s h i , F. F. See Geiger, W . B.K o b e , K . A ., a n d L u e t h , P. F., Jr . M onom ercuration o f B enzene.. . . 309K o h m a n , G . T . See M cLean, D . A.K o l a c h o v , P. J. See B ilford, II. R ., Gallagher, F. H ., Gallagher,

M ilton, Schm itt, R . O., and Unger, E . D .K o o , E . C. Expression of Vegetable Oils. General Equation on Oil'

E xpression......................................................................................................... 342K r a m k e , E . H . See Fritz, J. C.K r a y b i l l , H. R . See Thornton, M . H.K u d e r , R . C. See E gloff, Gustav.K u r t z , S. S., J r . V iscosity Pole and Pole Height (W p) o f U bbelohde

(C orrespondence)............................................................................................ 770See Bates, J. R ., and Lipkin, M . R .

L a c e y , W . N . See Budenholzer, R . A ., Olds, R . H ., Ream er, H . H ., and Sage, B . H.

L a L a n d e , W . A . , J r . , S a n b o r n , J . B . , A e p l i , O. T . , a n d M c C a r t e r ,W . S. W . Adjustm ent of pH of Sugar Solutions with AttapulgusC la y .................................................................................................................. . . 988

L a n d , G. W . Absorption of Liquids b y Coal. A pplication of R adio-graphic M ethods to P rob lem ..................................................... .. 1078

L a n g d o n , W . M ., a n d K e y e s , D . B. V apor-Liquid EquilibriumD ata on Ethyl A lcohol-W ater and on Isopropyl A lcoh ol-W a ter. . 938

L a n k e l m a , H . P. See Naragon, E . A .L a n k l e r , J. G . See M organ, O. M .L a r s e n , R . G ., T h o r p e , R . E ., a n d A r m f i e l d , F. A . Oxidation

Characteristics o f Pure H ydrocarbons................................................... 183See also Thorpe, R . E.

L a u f e r , L o u i s . See Schwarz, R obert.L a u f e r , S t e p h e n . S ee Schwarz, R obert.L a v i n e , I r v i n . See Schultz, R . F .L a w r e n c e , R . V. Rem oval o f M etallic Contam inants from Pine

Oleoresin. Washing with Mineral A cid ................................................ 984L e v y , J. F. See Othmer, D . F.L e w i s , W . K . See L o f , G. O. G.L i e b h a f s k y , H . A ., M a r s h a l l , A . L ., a n d V e r h o e k , F . H . L o s s o f

Plasticizers from P olyvinyl Chloride Plastics in V a c u u m . . . . . . . . 704L i g h t b o d y , A ., a n d D a w s o n , D . H . E ffect o f B inder on Hiding

Power o f Enam els........................................................................................... 1452L i n d s a y , R. A . See Beebe, A . H ., Jr.L i n s c o t t , C . E . See M cG avack, John.L ip k in , M . R ., D a v i s o n , J. A . , a n d K u r t z , S . S ., Jr . V iscosity of

Propane, Butane, and Isobutane.............................................................. 976L i s k a , J . W ., a n d H a n s o n , E. E . Static E lectric Problems in T ire s .. . 618L i t t e l l , N e l s o n . Patent Litigation in 1940 and 19 4 1 ................................ 88L o b o , W . E ., F r i e n d , L e o , a n d S k a p e r d a s , G . T . Pressure D rop in

Flow of Compressible F luids...................................................... 821L 0 f , G . O. G ., a n d L e w i s , W . K . Lithium Chloride from L e p id o lite .. 209L o e s e c k e , H. W . v o n . See N olte, A . J .L o n g t i n , B r u c e , a n d R a n d a l l , M e r l e . Simultaneous Chem ical

R eaction and Fractional Distillation. Isom erization ........................ 292L o v e l a c e , F . E . See Carpenter, D . C.L o w r y , R . D . S ee Goggin, W . C.L o w y , A l e x a n d e r . See Fontaine, T . D .L ucas, F . F . M otion Picture Study of Balata and H evea Latices

with Observations on Buna S and Neoprene Latices....................... 1371L u e t h , P. F ., J r . S e e K obe, K . A.L u m , J. H . S e e Hochwalt, C. A.

MM c A r d l e , E . H ., a n d B a l d e s c h w i e l e r , E. L . V iscosity of N aphtha-

Resin Solutions................................................................................................ 882a n d R o b e r t s o n , A. E . Solvent Properties of Isomeric Paraffins.. . . 1005

M c B a i n , J. W ., a n d M e r r i l l , R . C., Jr . Solubilization o f W ater- Insoluble D ye in Aqueous Solutions o f Comm ercial Detergents.(Correction, 1521).......................................................................................... 915

M c B e e , E . T ., H a s s , H . B . , N e h e r , C. M . , a n d S t r i c k l a n d , H .Chlorination o f M ethane............................................................................. 296

M c C a b e , W . L. S e e W ilson, H . R .M c C a r t e r , W . S. W . S e e La Lande, W . A . , J r .M c C u r d y , J. L ., a n d M c K i n l e y , C l y d e . System N itric A cid -S u l­

furic A cid -W ater. Enthalpy-Tem perature N om ograph.................. 1002M c G a v a c k , J o h n , L i n s c o t t , C. E ., a n d H a e f e l e , J . W . U SF, New

Crude R u bber.................................................................................................. 1335M c G i n n i s , R . A . , M o o r e , S o m e r s , J r . , a n d A l s t o n , P. W . L ow -

Purity Beet Sugar F actory M aterials. Rates o f Crystallization in Crystallizer F illm ass................................................................................. 171

M a c I n t i r e , W . H . , W i n t e r b e r g , S . H . , T h o m p s o n , J . G., a n d H a t c h e r , B. W . Fluorine Content of Plants Fertilized withPhosphates and Slags Carrying Fluorides............................................. 1469

M a c k , D . E ., a n d S h r e v e , R . N . Studies in Estérification. Prepa­ration and Properties of Starch Propionate......................................... 304

M a c k e o w n , S. S., a n d W o u k , V i c t o r . Electrical Charges Producedby Flowing Gasoline..................................................................................... 650

M c K i n l e y , C l y d e . See M cCurdy, J. L.M c K i n n e y , R . S. See R ose, W . G .M c L e a n , D . A ., E g e r t o n , L . , K o h m a n , G. T ., a n d B r o t h e r t o n , M .

Paper Dielectrics Containing Chlorinated Imprégnants. D e­terioration in D . C. F ields........................................................................... 101

M c N a u g i i t , J . B . See Ambrose, A . M .M a l m , C.JJ., F o r d y c e , C. R . , a n d T a n n e r , H. A . Properties of Cellu­

lose Esters o f Acetic, Propionic, and B utyrio A cids ........................... 430M a l o w a n , J . E . See Hochwalt, C. A.M a n s f i e l d , G. R . American Potash Reserves ..................................................... 1417

Phosphate Deposits o f W orld with Special Reference to Those ofUnited States........................................................#. ................. ; ............. 9

M a r k , H . Interm olecular Forces and M echanical Behavior o f HighP olym ers............................................ ............... ............................................... 1343

Phase Transition and Elastic Behavior o f High P olym ers................ .#. 449M a r o n , S . II., a n d T u r n b u l l , D a v i d . Generalized Therm odynam ic

Properties of Gases at H igh Pressures................................................... 544M a r s h a l l , A. L. See Liebhafsky, H . A.M a r s h a l l , H. L. See Jacob, K . D .M a r t i n i , L. P . See Amerine, M . A.M a s t i n , T . W . See Nicholson, D . G.M a x , H. J . See Smith, A. K .M a y f i e l d , F. D . Critical States of T w o-C om ponent Paraffin

System s............................................................................................................. 843M e i s e l , H a r r y . See Kerr, R . W .M e i s s n e r , H . P ., a n d R e d d i n g , E. M . Prediction o f Critical Con­

stants.............................................................................................. ................. 521M e l t s n e r , M . , a n d B a r n a r d , R . D . Silver Plating of Optical Glass­

ware (C orrespondence)................................................................................. 1132M e r r i l l , R . C . , J r . See M cBain , J . W .M i c h e l s , L . R ., a n d K e y e s , D . B . Vapor-Phase Partial Oxidation

of Ethyl A lcohol. Variables Influencing C atalyst B ehavior----- -- 138M i d g l e y , T h o m a s , J r . Critical Exam ination of Some Concepts in

R ubber C hem istry......................................................................................... 891M i l l s , I. W . See Bates, J. R .M i t c h e l l , J. E . See R o s s , John.M i z e l l , L. R . See Harris, M ilton.M o l l , R . A ., H o w l e t t , R . M ., a n d B u c k l e y , D . J. Perbunan

Properties and C om pounding.................................................................... 1284M o o r e , S o m e r s , J r . See M cGinnis, R . A . .M o r g a n , O. M ., a n d L a n k l e r , J . G . E valuation o f Surface Active

A gent for M etal C leaning.............................................. . v ..................... 1 JgJM o r g e n , R . A . Heats o f Solution o f System Sulfur T riox id e -W a ter. . 571M o r r i s , D . C. See Elsenbast, A . S. .M o r r i s , R . E . Polysulfide T heory of Accelerator A ction during Vul-

canization. E vidence for T h eory ............................................................ 503M o r r i s o n , R . H . See Cooper, A . H .M u l l e n , J . W . II , a n d P a c s u , E u g e n e .

Starch Studies _Gelatinization o f Starches in W ater and in Aqueous P yrid in e .. . oU/Preparation and Properties o f Starch Triesters................................. l*uy

M u n t e r , C. J . See Schwartz, Charles.

NN a r a g o n , E . A ., B u r k , R . E ., a n d L a n k e l m a , H . P . Therm al Re­

action of Ethylene with A cetylene..........................................................N a s o n , H . K . S ee Carswell, T . S.N a t i o n a l G a s o l i n e A s s o c i a t i o n o f A m e r i c a , T e c h n i c a l C o m ­

m i t t e e . Densities of Liquefied Petroleum G ases......... ...... ••••*.N e a l , A . M . , B im m e r m a n , H . G ., a n d V i n c e n t , J. R . E ffect ol

Tem perature and Pressure on Oxygen Pressure A ging...................AT TVii'Hpp ■R T

N e w t o n , i s ! B . Curing R ate o f R ubber. E ffect o f Phosphate BufferMixtures on R ate o f Cure o f Crepe R u b ber.......... . . . . . . . . . . . . ■ ■

a n d " W i l l s o n , E . A. Curing R ate of R ubber. E valuation of J3ui-fer C apacity o f Crude R ubbers............................... . . . . . . . • ■ ■ ;

N i c h o l s o n , D . G . D rying of Linseed Oil Paint. Coordinated JMetai Soaps as Oxygen Absorption and D rying C ata lysts .. . . . . . • • -

a n d m a s t i n , T . W . D urability o f Soap-Treated Zinc Oxide Paints. N i c k e r s o n , R. F . H ydrolysis and C atalytic Oxidation of Ccllulosio

M aterials: H ydrolysis o f M ercerized C ottons, 85; Characteri­zation o f Celluloses............................................................. .. • • •..............;

Structure, Properties, and U tilization of C otton . Influences 01C om m on Agencies on B ehavior.....................................• • • • ■ ■ • • • •• :

N o l t e , A . J., L o e s e c k e , H. W . v o n , a n d P u l l e y , G. N .. i*eea Y east and Industrial A lcohol from Citrus-W aste Press Juice-----

355

1240

1352

374

378

1175096

1480

1149

870

O l c o t t , I I . S., a n d F o n t a i n e , T . D . E ffect of C ooking on Solubilityof C ottonseed-M eal Proteins....................................................................

See also Fontaine, T . D . , .O l d s , R . H ., S a g e , B. H „ a n d L a c e y , W . N. M e th a n e -I s o b u ta n e

System ........................................................................• •........... : y ”Phase Equilibria in H ydrocarbon System s. Com position ol uew

P oint Gas of M ethane-W ater System ...................................................See also Ream er, H . H ., and Sage, B . H. .

O l s o n , F. C . W ., a n d J a c k s o n , J . M . H eating Curves. Tneorj a .^7Practical A pplication ....................................... .. ■ • • '1

a n d S c h u l t z , O . T . Tem peratures in Solids during H e a t in g C ooling. Tables for N um erical Solution o f Heating; E q u a t i o n . . . •

O 'M a l l e y , C . M ., a n d S i e v e k t , C. W . E ffect of Light o n Ribofla Solutions. E ffect o f Sunlight on R educed and Unreduced foolu

O n c l e y , J. L. See Balsbaugh, J. C . , _ . n „ t„O t h m e r , D . F . Correlating V apor Pressure and Latent H e a t

Use of Critical Constants. (C orrection, 1504) . . . . . • • • ■ ■G a m e r , C. H ., a n d J a c o b s , J. J ., Jr . Oxalic Acid from Sawdust.

Optim um Conditions for M anufacture................w ' ' * ■/ ' A,' 'J a c o b s , J . J . , J r . , a n d L e v y . J . F. " f Benzene. Uon

714

1008

1223

874

1117

1072

202

28«______ _ _ N itration of B en zen e ,tinuous Process’, Using N itric A cid A lone -• ;; V

a c o b s , J. J., Jr ., a n d P a b s t , A . C. Oxalic Acid from S a w d u st . 26SContinuous Fusion Process...................................... ............p-nd-

a n d R o y e r , R . H. Oxalic A cid from Sawdust. R e c o v e r y o 274ucts Resulting from Treatm ent of W ood with C a u s t i c ......................

December, 1942 I N D U S T R I A L A N D E N G I N E E R I N G C H E M I S T R Y

a n d T o b i a s , P . E. Liquid-Liquid Extraction Data: Toluene and Acetaldehyde Systems, 690; Tie Line Correlation, 693; Partial Pressures of Ternary Liquid Systems and Prediction of TieLines................................................................................................................

a n d W h i t e , R . E . Correlating Gas Solubilities and Partial Pres­sure D a ta .......................................................................................................

See also Katzen, Raphael, and Scheibel, E . G.952

PP a b s t , A . C . See O t h m e r , D . F .P a c s u , E u g e n e . See Mullen, J. W . II.P a l m e r , II. F . , a n d C r o s s l e y , R . H. Natural Aging of Reclaimed

R u bber............................................................................................................ 1367P a l m e r , R . C. Developm ents in Terpene Chemicals............................... 1028P a r e k i i , M . D . See Gilliland, E. R.P a r s o n s , P . W ., a n d E s t r a d a , F. J. Changes in Volume on Mixing

Solutions........................................................................................................ 9 4 9P e a r l , I. A ., a n d B e n s o n , H. K . Catalytic Oxidation of Sulfite

W aste Liquor by Atmospheric Oxygen............................................... 4 36P e r c y , J. H . See Ross, John.P e t e r s , F. N ., J r . See Dunlop, A. P.P e t e r s , H. See Kem p, A . R.P e t e r s o n , L. E . , A n t h o n y , R. L., a n d G u t h , E u g e n e . Equation of

State o f Some Synthetic Rubbers......................................................... 1349P e t e r s o n , W . H. See Van Lanen, J. M.P ip e r , J. D ., F l e i g e r , A. G., S m ith , C. C., a n d K e r s t e i n , N. A.

Liquid Dielectrics. Sixty-Cycle Power Factors, Conductivities, and Polar Contents of Systems Containing Sulfur or NitrogenCompounds in Liquid Paraffin................................................................ 1506

P o h l e , W . D ., a n d S m it h , W . C. Ester Gums from Rosin and M odi­fied R osins...................................................................................................... 8 49

P o l e , G. R . See Copson, R . L. tP o l l y , O . L., B y r n s , A . C.i a n d B r a d l e y , W. E . Isolation of Sulfur

Compounds from California Straight-Run Gasoline......................... 755P o o l , W . O ., a n d R a l s t o n , A . W . B o i l in g P o in ts o f n -A lk y l A c i d s . . . 1104P o r t e r , J . C . S e e W ie b e , R ic h a r d .P o w e l l , E. L ., a n d C a m e r o n , F. K . Recovery of Oil from W hole

C otton ................................................................. ....................... 358P o w e r s , P. O., a n d R o b i n s o n , H. A. Swelling of Synthetic R ub­

bers in Mineral Oils. Swelling in Mineral Oils Containing Poly­olefins and in Mixtures of Nujol and D iphenyl.. . . . . . . . . . . . . . . 614

P r e t t y m a n , I. B . Thermal Decomposition of Natural and SyntheticRubber S tocks............................................................................................... 1294

P u l l e y , G. N . See N o l t e , A. J.

RR a a b , E . L . See Clark, F. M .R a d c l i f f e , M . R . See R a yn old s , J. W.R a ls t o n , A . W , See P ool, W . 0 .R a n d a l l , M e r l e . See Longtin, Bruce.R a t c h f o r d , W . P. See Smith, L . T.R a y n o ld s , J . W ., R a d c l i f f e , M . R .f an d V o g e l , M . R . Solvents

and Plasticizers for Chlorinated Rubber. Critical D a ta .. . . . . . . .R e a m e r , H. H ., O ld s , R . H., S a g e , B. H., and L a ce y , W. N . Phase

Equilibria in H ydrocarbon Systems. Methane-Decane System. See also Sage, B . H .

R e d d in g , E . D . See Swearingen, J. S.R e d d in g , E . M . See Meissner, H. P.R e e d , C. E . See Gilliland, E . R.R e e d , G . N . See Barham, H. N .R e s c o r l a , A . R . See Fenske, M._R.R e y n o ld s , D . S. See J a cob , D . K.R ic h a r d s , A . R . See Bragg, L . B.R ic h a r d s o n , D a v id . See B rad ley , T. F.R o a rk , R . C. Insecticides, Fungicides, and Hormone Sprays, in­

troduction to Sym posium ........... . ................ ;**:••• .• • ' ‘•‘•j’ iR o b e r t s , J . W . Substitutes for Copper and Zinc in Fungicidal

Sprays............................................ - • • ..........................................................R o b e r t s o n , A . E . See M cArdle, E. H . . aR o b e r t s o n , G. R . Expansion of Trona Enterprise. Plant of Am en

can Potash and Chemical Corporation. (Correction, 67 6 ) .............R o b in s o n , H . A . See Powrers, P. 0 .R o c h o w , T . G . See Burton, C. J.R o g e rs , D . A . See C a d y , G. H .R o se , F. W ., J r . See Bates, J. R. _ „ 0 Q t?vR o s e , W . G . , F r e e m a n , A . F „ a n d M c K i n n e y , R . S . S o lv e n t

traction of Tung O il...............................: • • • •■a ; * *.; * *..............R o s e n t h a l , F r i t z . Cottonseed Meal in Phenolic Plastics. •••••••••*Ross, J o h n , P e r c y , J . H „ B r a n d t , R. ^ G e b h a b ^ A. I.. ■ « q n? v e n t

J . E „ a n d Y o l l e s , S e y m o u r . Liquid Sulfur Dioxide as SolventM edium for Chemical Reactions..........................................................

R o th , F. L. See W ood , L. A.R o u ssea u , W . C. See Good, A . J.R o y e r , R . H . See Othmer, D . F. r . . . < a i , n i i r e s -R u d o l f s , W i l l e m , a n d S t a h l , G . W . P h o s p h m e a n d S lu d g e D igea

Rtan,°J. G*. influence o f Sulfur Compounds on Octane Number and Lead Susceptibility of Gasolines............. .............................................

466

1526

489

497

133

6121154

9 24

982

824

S a g e , B. H „ a n d L a c e y , W . N . P h a s e E q u i l ib r ia in H y d r o c a r b o n ^

to M u lt ic o m - ^

in Hydrocarbon Systems. Volumetric and P Methane-n-Pentane S ystem .. • • • * *1 * V-bVomor TT H *D See also Budenholzer, R . A ., Olds, R. H., and Reamer, H. t±.

o a n b o r n , J. B. See La Lande, W . A., Jr. W a s te s .............. &11S a n b o r n , N. H. Treatment of Vegetable Cannery \v astes.S a n d h o f f , A . G . See Fuchs, Walter.S a r b a c h , D . V . See Garvey, B. S., Jr. o a t t l e r , L o u i s . See Zerban, F. W .S c a l f , R . E . See Bilford, H. R ., and Unger, b . V . DrivingS c h e i b e l , E . G ., a n d O t h m e r , D . F. Nomographs for Mean u ^^ n Forces Diffusional Problem s . . . .■ • - • • •• Derivatives asScheumann, W . W „ and H aslam , J. H. Pyroganoi ^ ...................... 4g5

Gasoline Antioxidants...............................................................

S c h i n k , N o r b e r t . See K e r r , R . W .S c h m id t , R . W . See B o y d , R o b e r t .S c h m i t t , R . O ., K o l a c h o v , P . J ., a n d W i l l k i e , H . F . P r o c e s s in g

E q u ip m e n t fo r W h is k y F i l t r a t io n ..................................................................... ..S c h u l t z , O . T . See O ls o n , F . C . W .S c h u l t z , R . F . , a n d L a v i n e , I r v i n . I n t e r p h a s e E v a p o r a t io n o f

S o d iu m S u lfa te S o lu t i o n s . .........................................................................................S c h u m a c h e r , J . E . , a n d H u n t , H e r s c h e l . N i t r o m e t h a n e - I s o p r o p y l

A l c o h o l -W a t e r S y s te m . V a p o r -L iq u id E q u il ib r ia in T e r n a r yS y s te m a n d in T h r e e R e la t e d B in a r y S y s t e m s ..........................................

S c h w a r t z , C h a r l e s , a n d M u n t e r , C . J . P h o s p h a t e s in W a t e rC o n d it i o n in g .........................................................................................................................

S c h w a r z , R o b e r t , L a u f e r , S t e p h e n , L a u f e r , L o u i s , a n d B r e n ­n e r , M . W . E n r ic h m e n t o f W h i t e B r e a d w it h V i t a m in B C o m ­p le x t h r o u g h A d d i t i o n o f D e b i t t e r i z e d B rew ers* Y e a s t .......................

S chw ' e y e r , H . E . P a r t ic le S iz e S t u d ie s . E f f e c t o f V i s c o s it y o fM e d iu m o n R a t e o f G r in d in g in P e b b le M i l l s ............................................

S e l k e r . M . L ., W i n s p e a r , G . G . , a n d K e m p , A . R . B r i t t le P o in t o fR u b b e r u p o n F r e e z in g ...................................................................................................

S h a r p , P . F . See D o o b , H u g o , J r .S h n id m a n , L o u i s , a n d Y e a w , J . S . C o r r o s io n o f M e t a ls a n d A l lo y s

b y F lu e G a s e s ................................................................................................................... ..S h o u g h , A . H . C a s t o r O il B a s e H y d r a u l i c F lu i d s .........................................S h r e v e , R . N . U n it P ro c e s s e s . I n t r o d u c t io n t o S y m p o s iu m ...............

See also M a c k , D . E .S h u l t z , J . F . See W ie b e , R ic h a r d .S h u t t , R . See W a it k in s , G . R .S i e v e r t , C . W . See O ’ M a lle y , C . M .S i l v e r m a n , A l e x a n d e r . See S u n , K . H .S i m r i l , V . L ., a n d S m i t h , S h e r m a n . S o r p t io n o f W a t e r b y C e l lo ­

p h a n e .........................................................................................................................................S k a p e r d a s , G . T . , a n d U h l i g , H . H . C o r r o s io n o f S t e e l b y D is s o lv e d

C a r b o n D io x id e a n d O x y g e n ....................................................................................See also L o b o , W . E .

S k l a r , G e o r g e . See G r e e n e , J . W .S m a l l w o o d , J . C . E q u a t io n s fo r S p e c if ic H e a ts o f G a s e s ......................S m it h , A . K . , a n d M a x , H . J . S o y b e a n P r o t e in . A d h e s iv e S tr e n g th

a n d C o l o r ................................................................................................................................S m it h , C . C . See P ip e r , J . D .S m it h , C . M . , a n d G o o d h u e , L . D . P a r t ic le S iz e in R e la t io n t o

I n s e c t i c id e E f f i c i e n c y . ................................... ..............................................................S m it h , C . R . A z e o t r o p is m in S y s te m N ic o t in e -W a t e r . S e p a r a t io n

o f N ic o t in e f r o m R e la t e d A lk a lo id s b y A q u e o u s D i s t i l l a t i o n . . . . S m it h , J . C . C o n d e n s a t io n o f V a p o r s fr o m N o n c o n d e n s in g G a s e s .

M o d if ie d M e t h o d o f D e s ig n . ¡ ¡C o r re c tio n , 1 4 9 5 ) .................................T e r n a r y S y s te m s fo r E x t r a c t io n C a lc u la t io n s ..................................................

S m it h , L . E . S y n t h e t ic O r g a n ic C o m p o u n d s a s P o t e n t ia l I n s e c t i­c id e s . (C o r r e c t io n , 7 8 1 ) .............................................................................................

S m it h , L . T . , F i s h e r , C . H . f R a t c h f o r d , W . P ., a n d F e i n , M . L . P y r o ly s is o f L a c t ic A c id D e r iv a t iv e s . C o n v e r s io n o f M e t h y la -A c e t o x y p r o p io n a t e t o M e t h y l A c r y la t e ......................................................

S m it h , R . C . , J r ., a n d H o w a r d , H . C . D e n s i t y a n d P o r o s i t y o f C a r ­b o n a c e o u s M a t e r ia l s ................................ .. ..............................................................

S m ith , S h e r m a n . See S im r il , V . L .S m ith , W . C . See P o h le , W . D .S m ith , W . R . See B r o w n , O . J ., J r . , and T h o r n h i l l , F . S .S m o k e r , E . H . N o m o g r a p h s fo r M in im u m R e f lu x R a t io a n d T h e o ­

r e t ic a l P la te s fo r S e p a r a t io n o f B in a r y M ix t u r e s .....................................S n e l l , F . D . , a n d F a i n , J . M . C h e m ic a l T r e a t m e n t o f T r a d e

W a s te . L a u n d r y W a s t e s ...........................................................................................S n y d e r , H . B . , a n d G i l b e r t , E . C . B in a r y S y s te m s I n v o lv in g

E t h y le n e C h lo r o h y d r in . V a p o r -L iq u id E q u i l ib r iu m ...........................S p i t z e , L . A . , a n d H a n s e n , L . A . S o r p t io n o f W a t e r V a p o r b y V e r -

m ic u li t e a n d I t s S il ic a . E q u i l ib r iu m M e a s u r e m e n t s ............................S p r a g u e , G . F . See H ix o n , R . M .S t a h l , G . W . See R u d o lf s , W i l le m .S t a m b a u g h , R . B . V ib r a t io n P r o p e r t ie s o f R u b b e r l ik e M a t e r ia ls .

D e p e n d e n c e o n T e m p e r a t u r e ...................................................................................S t a r k , W . H . See B i l f o r d , H . R . , G a l la g h e r , F . H . , and U n g e r , E . D . S t r a t t o n , G . W . , a n d W i n k l e r , D . E . A c t iv a t e d C a r b o n f r o m

H y d r o c a r b o n s a n d C h lo r in e ......................................................................................S t r i c k l a n d , H . See M c B e e , E . T .S u e n , T . J ., C h i e n , T . P ., a n d C h u , P . S . I n f lu e n c e o f E x t e r n a l

F a c t o r s in C a t a ly t i c R e a c t io n s . D e h y d r o g e n a t io n o f E t h y lA l c o h o l w ith C o p p e r C a t a l y s t ................................................‘ ...............................

S u n , K . H . , a n d S i l v e r m a n , A l e x a n d e r . G r a p h ic a l M e t h o d fo rI n t e r c o n v e r s io n o f T e r n a r y C o m p o s i t i o n s .....................................................

I n te r c o n v e r s io n s o f B in a r y C o m p o s it io n s b y S im p le G r a p h ic a lM e t h o d s ...................................................................................................................................

S u t h e r l a n d , J . B . See G r e e n e , J . W .S w e a r i n g e n , J . S ., a n d R e d d i n g , E . D . V is c o s it y C h a r a c te r is t ic s

o f L u b r ic a t in g O ils S a tu r a te d W'ith N a t u r a l G a s e s a t H ig h P r e s ­s u r e s ............................................................................................................................................

T a n n e r , H. A . See Malm, C. J.T a y l o r , M . C. See W hite, J. F .T h o m p s o n , J. G . See M aclntire, W . H.T h o m s o n , G . W . Nomograph for Pressure D rop in Isothermal

Flow of Compressible Fluids.....................................................................a n d B e a t t y , H . A . Simplified Calculation o f Theoretical Plates.

Fractionation o f Binary Mixture in W hich Concentration ofOne Component Is Sm all............................................................................

T h o r n h i l l , F . S ., a n d S m it h , W . R . Effect of Reinforcing Pigmentson Rubber H ydrocarbon.............................................................................

T h o r n t o n . M . H ., a n d K r a y b i l l , H. R . Phosphatides from Soy­bean O il.............................................................................................................

T h o r p e , R . E ., a n d L a r s e n , R . G . Specific Dispersion of PureHydrocarbons..................................................................................................

See also Larsen, R . G.T i l l e r , F. M ., a n d G a r b e r , H . J. Infrared Radiant H eating.........T i s d a l e , W . H., a n d F l e n n e r , A . L . Derivatives of Dithiocarbam ic

A cid as Pesticides..........................................................................................T o b i a s , P. E. See Othmer, D . F.T o t h , S . J. See Bear, F. E.T r e m e a r n e , T . H. See Jacob, K . D .T r e y b a l , R . E ., a n d D u m o u l i n , F . E . L iquid-Liquid E xtraction in

Perforated Plate Tow er. E ffect of Plate' Spacing on Tow erPerform ance..............._.....................................................................................

T r u m b u l l , H. L . Growing Rubber in N orth A m erica ...... ...................T s ’ a i , L iu - S h e n g , a n d C h u a n g , K u n g - Y a o . C oconut Shell*Char­

coal. # E ffect of Concentration of Z inc Chloride and of H ydro­chloric Acid on A ctiv ity ..............................................................................

1135

59

701

32

480

1060

157

1436628261

1537

226

748

863

817

490

251

1248234

499

473

438

509

970

1519

506

1358

603

674

872

682

1496

1485

1124

218

625

853

773

501

7091328

812

1538 I N D U S T R I A L A N D E N G I N E E R I N G C H E M I S T R Y Vol. 34, No. 12

T u r n b u l l , D a v i d . See M aron, S. H .T u r r e n t i n e , J. W . W artim e Contribution o f American Potash

Industry............................................................................................................. 1422

uU h lio , H . H . See Skaperdas, G . T .U n g e r , E. D ., S t a r k , W . H ., S c a l f , R . E ., a n d K o l a c h o v , P. J.

Continuous Aerobio ProceBB for D istiller’ s Yeast. Engineering and Design F actors ........................................................................................ 1402

VV a n A n t w e r p e n , F. J. A utom atic C ontrol P rob lem ............................ 387

Utilization of Pickle L iqu or............................................................................ 1138V a n L a n e n , J . M ., B r o q u i s t , H . P ., J o h n s o n , M . J ., B a l d w i n , I. L .

a n d P e t e r s o n , W . H . Synthesis of Vitam in Bi by Y ea st......... 1244V a u g h a n , W . E ., a n d C o l l i n s , F . C . P -V -T -x Relations o f System

Propane-Iaopentane....................................................................................... 885V e r h o e k , F. H . See Liebhafsky, H . A .V i l a , G . K . A ction of Organic Accelerators in B una S ....................... 1 2 6 9V i n c e n t , G. P . See W hite, J. F.V i n c e n t , J. R . See Neal, A . M .V o g e l , M . R . See R aynolds, J. W .

W h i t e , R . E . See Othmer, D . F.W h i t e , R . R . , a n d B r o w n , G. G . Phase Equilibria at High Tem ­

peratures............................................................................................................ 1162W h i t l o c k , M . H . See Garvey, B . S ., Jr.W i e b e , R i c h a r d , S h u l t z , J. F ., a n d P o r t e r , J. C . M ollier D ia­

grams for Theoretical A lcohol-A ir and Octane-W ater-Air M ix­tures.........................................................................................................#.......... 576

W i l e y , F. E . Transition Tem perature and Cubical Expansion ofPlastic M aterials............................................................................................ 1052

W i l l k i e , H. F . See Gallagher, M ilton, and Schm itt, R . O.W i l l m a n n , A l f r e d . See D oob , Hugo, Jr.W i l l s o n , E. A . See Newton, E . B .W i l s o n , H . R . , a n d M c C a b e , W . L. Specific Heats and Heats of

Dilution of Concentrated Sodium H ydroxide Solutions................. 558W i n k l e r , D . E . See Stratton, G . W .W i n s p e a r , G . G . See Selker, M . L.W i n t e r b e r g , S . H . See M aclntire, W . H.W o l f , W . W . See Elm ore, K . L.W o l f e , W . C . See Kilgore, L . B .W o o d , J. W . See Jones, H . A .W o o d , L. A . , B e k k e d a h l , N o r m a n , a n d R o t i i , F. L . Density

Measurements on Synthetic R ubbers .................................................... 1291W o r k , R . W . See Hart, L. P ., Jr.W o u k , V i c t o r . See M ackeow n, S. S.W r i g h t , A r t h u r . A utom atic and Continuous Filtration in Sugar

Refin ing.............................................................................................................. 425

wW a g o n e r , J. A. See Barham, H . N.W a i t k i n s , G. R ., B e a r s e , A. E ., a n d S h u t t , R . Industrial Utiliza­

tion of Selenium and Tellurium .................................................. ............. 899W a k e m a n , R. L., a n d W e i l , B . H . Coal as Source M aterial for

Plastics Industry............................................................................................ 1387W a m p n e r , H . L. See B ogin, Charles.W e i l , B. H . See W akem an, R . L.W e s t , P. W . Shattering and Cracking of Ice. R ole of Carbon D i­

ox ide ................................................................................................................... 1^1 i>W e b t h a v e r , J. W . T heory o f O pen-Tube Distillation C o lu m n s.. . 126W e y l , W . A . Fluorescence of G lass.............................................................. 1035W e y m o u t h , L. E . See Cum mins, A . B.W h i t e , J. F., T a y l o r , M . C ., a n d V i n c e n t , G. P . Chem istry of

Chlorites. (Correction, 9 7 8 )..................................................................... 782

Y e a w , J . S. See Shnidman, Louis.Y e r z l e y , F . L ., a n d F r a s e r , D . F . Effects of Low Temperatures

on Neoprene Vulcanizates.......................................................................... 332Y o l l e s , S e y m o u r . See Ross, John.Y o r k , R o b e r t , J r . Compressor Design for Process Industries.. . . 535

a n d H o l m e s , R . C. V apor-Liquid Equilibria o f System A cetone-A cetic A cid -W a ter ......................................................................................... 345

Y o u n g , D . W . See Evans, H . C.

Z e r b a n , F . W . . a n d S a t t l e r . L o u i s . Unfermentable ReducingSubstances in Molasses. Identification of d-A llulose.................... 1180