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374 Flelscamanr-, A-r S3 Fletcher, C, J. M., 103 Florence, G., 102 Flury, F.» 4S Fosse, E., 120 Foulds, £. P., SfiS Frank, C. E., 55, OS, 09 Fiankforter, G. B., 23S, 25G Franzen, H., 113, 119, 126 Freeman, K. IX, 315 Friedericb, W., 331 Frolieh, P. £., H Frolov, £. 5., 361 Fry, H. 3., 127 Fucks, 0-, 73 Fuciis, K., 10S Fues, Ernst., 347 Fuller, G. P.t 76 Fulton, C. C, 247, 253 Fulton, S, C., 53" Ganganella, H., 325 Ganz, E., 192 Garle, J. I-., 354 Gebhardtp L. P., 343 Geiger, J., 354 Gelgy, J. H., 341 Georgia, F, R-, 245 Ghosh, X, 26 Gibello, S9» 257 Gibson, G, P., 141 Gibson, I. A., 60 Giebe, G., 139 GilI,J.W.T349 Gilman, H., 120, 239 Giisewsld, F. C-, van, 129,2SS Gladding G-, 234 Gteason, A. H., 337 Goepp, E.. M., IS1 Goldman, F. H., 251 Goldschmidt, C., 210 Good, W-, 51 Gorski, I. M.r 240, 241 Gottlob, K.» 357 Grabowski J., 236 Gradeinritz, H„3 41,44 Granger, P. S., 155, 168, 169, 179, ISO, 1S7 Grassi, G-T 331= 257 Graymore, J., 201, 2S6 Green, S. J., 1QS Greune, H., 234 Grieas, P„ 2S0 Griffith, P. W., 21S Griffiths, W. H.,323 Grignard, V., 23S Grigoryan, U. U., 2S2 Gros, R^ 261 GrofiEmfinn, G„, 31 Groth, W., 107 Gratmer, B.t 284 GunrescH, J., 27S FORMALDEHYDE Guataraon, K. H., 223, 253 Gutekunst, G+0-, 354 Hadorn, H-, 274 Haggard, H. W,, 45 Hale, G- C, 2SS Hall, A, J.+362, 364 Hamburger, A., 202 Hammick, D. L., Si, 99, IDS Handles', R-, 108 Hanford, W. B.r 105 Hanig, W., S33 Harmon, J., 1SS Harries, C, 26, 193 Harrigan, H. B.» 34S Harrow, G„ 2S0 Eartman, I.t 95 Hartung, L., 290 Harvey, if. T., 295 Hasche, R. L,, SO Hass, E. E-, 241 Hassel, O., 331 Hassler. F., 341 Hatcher, W. H., 126 Hauck, L., 118, 119 Hayes, C.t 356 Heiduschka, A., 57, 142 Heitman, A. H., 182 Heogstenberff, J., 71 Hennins, G< F., 2S9 Henri, V., 22 Henry, L., 125, 135, IBS, 210, 240 Herrmann, IL, 25S, 259 Herahmarm, P. JL, 335 Herz, W., 57 Herzberg, G., 22 Herzberj, W,s 176 Heuer, 91 Hlbben, J. H., 30 HigBou, A., 19 S Hilber, J., 7S HOI, A. J., 145 Hill, J. W., 140 Hill, P., 232 Hills, R. C., 131 Hirchberg, L. M, 62 Hodgkfns, T. S„ 212 Hoehnel, M.» 290 Hofmanc, A, W.» 3, 5, BB, 27S Hofmann, F., 357 Hofmann, K< A., 123 Hofwimmer, F., 240 Holden, G. W., 126 Hollande, A., 329 Holmes, H. N., 344 Homer, H. "W., 9, 10, 11, 13, 45, 255, 270 Horn, D. VT-, 326, 327 Homemanrt, T., 122 Hosaeus, H., 154,162^ 181 HoYey, A. G., 212 Howard, A. L., 123 Hrubesky, C. E , 223, 314 Huffman, H. Mv 108 Humfeld, H., 3G8 Huston, E. G., 237 lugbilleri, G., 121 Ishida, S., 205 Jacobson, H. A., 123,131,154 Jaenicket H.s 353 Jahoda, F" G., 24S Janiatyn, H., 334 Jansen, F. G. M., 50 Jay, K-, 126 Jennings, A. E., 353 Jones, F. D., 235 Jonea, G. W.T 12, &5 Jorisaen, A.r 246 Jung, K. P., 75 Kadwaki, H., 210 Kann, A., 3GS Kantorowicz, J,, 347 Katacher, E., 108 Kawano, T., 131 Keach, D.T., 145 Kekule, A., 23, 26, 93 Kelber, C., 120 Kelly, R. S., 297 Kennedy, T.5 175 Kettering, J. H., 369 Keyssner, E., 237 Kirby, J. E., 239 KirchoS, F., 356 KiatiakoTrsfcy, G. B., 22, 23 Kla£es> AM J97 Klar, U„ 7 Kleber, L, F., 272 Kleeberg, W-, 162 Knoefel P.K.T99 Krtoevenagel, E., 196, 197 Knudsen, P., 122, 207, 2S7 Koblukov, J., 5 Koch, K, 153 Koch, P., 183 Koebner.M., 177,178,179,1SG Kohlacbtitter, H. Vf., 79,80 Kolosov, S., 2S2 KolthoS, I. M., 258, 261 Komnenoa, T,r IDS Kondo, H., 205 Kopke, 143 Korzbev, P. P., 4fl, 52, 54, 58, 6 Kotatnur, "V., 235 Krause, H., 221 Kransa, J. M., 348 Kriewita, O., 22S Kiibl, F., 259 Kuntzel* A.t 337 Kusnezo^", M, J,, 9 Kuas, E., 76 Kuzin, A., 152
Lacy, B. S.t 54 Ladisck, C, 215 Laer, M. H. van, 210 Landolt-Bornstem, 254 Landt, G., 2S2 Lane, F- H., 356 Lange, H., 234 Langenbeck, W., 103 Langkammerer, C- II., 132 Larson, A. TM 120 Latimer, W. M., 105 Lauch, R.T 142 Lauer, W. M., 132 Le Blanc, JL, 9 Le Febre, C. G., 131 Le Fevre, R. J. W., 130,131 Leaeh, 252 Leboucq, J., 215, 274 Ledbury, W., 41, 52, 53, 59, 61,62,63 Lederer, L., 1SS, 169 Legler, L., 127, £60 Lemma, G-, 257 Lerner-Steinberg, E.t 20 Leuck, G. J., 143 Leulier, A., 290 Leutner, R., 34 Lewy, M., 57 Leys, A., 250 Litterseheid, F, M.t 210 Lab, W.» 104 Lebering, J., 73t 75, 78, 88, 2S5 Loder,D.J.5126 Loew, O., 5, 6, 107, 325 Losekaan, G., 70, 277 Lovgren, T., 36 Lubs, H. A., 125 Luoaa, H. JT, 14 LQdy, E., 210 Lundback, T. A., 315 Luthy, M., 34, S3, S3 Luttke, H., 41, 49, 352 Lyons, A. B., 252 Mass, F. J., 323 Maefcx, F„, 358, 259 MaoHer, A. L, 353 MacLeod, M., 130 MacMullen, C- W-, 174, 175 Madge, E. W., 35S Madsen, E. H., 1S2 Mailhe, A., 5 Makarov, S. P., 240, 241 Mali, S., 26 Manasse, O., 16S, 1S1 Mann, F- G., 130 Manaicix, C, SO, 157,192,193 Manta, J., 160 Mark* H., 277 Marie, C. M. van, 155 Marsh, J. T., 363 XAME INDEX 1*0 Maseru, J. E. J. G.,344 Maselli, C, 231 Mason, C. F.„ 337 Mflson, S, RT, 345 Matti, J., 229 Maue, G., 41 Mayer, F., 31, W} 250 Mayor, Y., 14 MeCleUand, X. P., 22 ilcGavack, J., 355, 355 McKeever, C. H., 159 McKinney, L. L., 312 McLachlan, T,, 252 McLeish, X., 231 MeLeod,A. F.,151 Medvedev, 5. S., 14, 103 Meerwein, H., 196 Megson, X. J. L., 159, 155, 169 176, ISO, 311 Meigs, F. M., 1S8 Master, R., 127.12S Mendum, VT.C.,139 Merckens, W., 353 Mereklin, F. H., 352, 353 Media, G., 51 Meyer, G., 137 Meyer, H., 125,321 Michela, M., 333 Mie, G„ 71 Miekeley, A., 199 Mikeska, L. A., 229 Millar, A., 357 Minaev, \\ L, 361 Misciattelli, P., 345 Moklau, R., 1S3 Monakhoven, D. van, 354 Morales, R.t 245 Moreschi, A., 330 Morgan, G. T., 159,1SS,311 Morita, T., 34S Morley, R. H. H_, 241 Morrill, A. W., 336 Manreu, C, 240 MuchltnsfcS, A-, K, 71, 97 Muehler, L. E.T 351, 352 Mulder, E., 132 Mailer, A., 82 Mutter, E., 105 Mailer, O.F., 342 Mutschin, A., 252 Myers, R. J., 30S Mylo, B., 1S5 Xasch,, L., 75 Nashaa, P„ 232 Nastynkov, A, M„ 236, 237, Natta, G., 40, 50, 51, 255, 26B Naujok3,E.,76,152 Naylor, R.B.,357 Neiley. 3.B.,356 Xelte, J.T 233 Xewkirk, F, F.,349 Xcwtcn, R. H., ", 5, 21 Xielien, H., 21, 23, SO, 73 Xiemeyer, R., 2*5 XitsciiTQaiin, H., 274 XoeltiRfi, E-, 170 Xordgren, G., "2 XordiiieckT A., 23 -Vorris, J. H., 252 Xorrish, R. G.W., 1& Xovotny, E. E., 2S2 Xowak, A., 365 X"usebaum, J., 12£ O'Flaherty, F.,32-} Oehs, R., 339 Oftirtt, J. 3., 343 Ogilvie, LVJ 32G Oliara, T., 2S5 Oku, M.r 224 OrlQV, E. L, 7 Ormandy, \\\ R-, 372 Osmun, K. L., 34S Osol,A.,32G, 327 Ott, E., 70 Paris, L. F., 352 Parkes, G. L\, 241 Parks, G. S., IDS Passerini, M., 216 Patat, F-, 103 Patrick, J. C, 131 Payne, J. H,, 127 Pepper, K.W., 159,331 Perkins, W. H., 195,1&») Peratz, O., 352 Peterson, T. R., 152 Fhilippi, E., 2S5 Pictet, A., 1S1, 1S5 Pierce, George X., 9 Piria, R-, IBS Pirlet, G., SO Pitarelii, E,, 247 Plaschke, E., 9 Plauson, HVJ 282 PlScbl, J., 122 Pollak, F., 217 Polstorff, K., 125.321 Pope, Wr J„ 130 Fosner, TM 143 Prahl, 132 Prateai, L., 9S Frettner, A., 201 Price, W. C, 22 Prins,H.J.,22S Proske, G., 24S Pulkki, L., 62 Pulvermaclier, G., 123 Purris, J. E., 22 Quade, F., 142 Quelet, R.( 232 Quion, D. P.r 366
Page 1 and 2:
Formaldehyde Tank Cars. Courtesy B.
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Copyright, 1944, by REIXHOLD PUBLIS
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iv FORMALDEHYDE of the highest valu
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Introduction Formaldehyde chemistry
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Page o y GENERAL IxrRODrcTiON iii P
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Page CHAPTER IS. HEXAIIETHYLEXEIETR
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Early History of Formaldehyde FORMA
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FORMALDEHYDE Production of Formalde
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6 POEM ALDEHYDE 30-cm hard-glass tu
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_ 3, "Formaldehyde unit developed b
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10 FORMALDEHYDE hyde. A modern plan
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12 FORMALDEHYDE catalysts contain f
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14 FORMALDEHYDE decompose at temper
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18 FORMALDEHYDE comprising aluminum
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Chapter 2 Monomeric Formaldehyde Al
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20 FORMALDEHYDE u-av contain small
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22 FORMALDEHYDE turea from 25 to 12
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24 FORMALDEHYDE formaldehyde in ace
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2G FORMALDEHYDE polymerizes very sl
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Chapter 3 State of Dissolved Formal
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30 ' FORMALDEHYDE ethylene oxide wi
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32 FORMALDEHYDE cal equilibrium bet
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34 FORMALDEHYDE Skrabal and Leutner
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36 FORMALDEHYDE Equilibria of the f
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38 FORMALDEHYDE molecule is saturat
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40 FORMALDEHYDE develop measurable
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42 ' FORMALDEHYDE present in the mo
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44 FORMALDEHYDE formaldehyde (methy
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46 FORMALDEHYDE Toxicity: Physiolog
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Chapter 5 Physical Properties of Pu
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50 :H:O/J00 £. Solution 2.23 4.60
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50 FORMA UihlHYhi: by Natta. and Ba
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.32 FORMALDEHYDE Partial Pressure,
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54 FORMALDEHYDE Lacy 17 * has recen
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50 FORMALDEHYDE At temperatures bel
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Chapter 6 Distillation of Formaldeh
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60 FORMALDEHYDE and that the soluti
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62 FORMALDEHYDE was found to contai
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Chapter 7 Formaldehyde Polymers Pol
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60 FORMALDEHYDE true polyoxymethyle
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6S FORMALDEHYDE sodium sulfate, and
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70 FORMALDEHYDE formaldehyde soluti
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72 FORMALDEHYDE ance of a colorless
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74 FORMALDEHYDE centrationa the rea
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76 FORMALDEHYDE the vacuum concentr
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78 FORMALDEHYDE mately 0.1 to 0.3 p
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80 FORMALDEHYDE dehyde solution was
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S2 FORMALDEHYDE ingers studies of t
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Table .17, Proportion at "VidyaxymQ
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SB FORMALDEHYDE soluble solid diace
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ss FORMALDEHYDE gradually increases
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go FORMALDEHYDE sulfuric acid were
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92 FORMALDEHYDE molecules. This con
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94 FORMALDEHYDE temperature. Since
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96 FORMALDEHYDE are forming or evap
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9S FORMALDEHYDE of formaldehyde to
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100 FORMALDEHYDE sublimate in the f
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Chapter 8 ; Chemical Properties of
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104 FORMALDEHYDE modif}- the decomp
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106 FORMALDEHYDE Reactions of Forma
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IMS FORMALDEHYDE i-.n^ ;t!i a-i^-at
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Ha FORI! ALDEHYDE arid 'ii:„-":.;
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FORMALDEHYDE \V;:h a-motiii;, :orn^
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m FORMALDEHYDE Under anhydrous cond
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116 FORMALDEHYDE 34,1. G. Farbenind
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118 FORMALDEHYDE The effect of alka
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120 FORMALDEHYDE precipitates. Coll
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122 FORMALDEHYDE On heating solutio
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124 FORMALDEHYDE prepared it by gra
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126 FORMALDEHYDE By reaction of 960
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X2S FORMALDEHYDE On reaction of two
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130 FORMALDEHYDE methylene glycol d
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132 FORMALDEHYDE Although this acid
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134 FORMALDEHYDE evolved and carbon
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m FORMALDEHYDE References I. Anders
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Chapter 10 Reactions of Formaldehyd
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ttJSAUTiuivs WITH HYDROXY COMPOUNDS
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142 FORMALDEHYDE alcohol with forma
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144 FORMALDEHYDE that no stable con
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146 FORMALDEHYDE hydrogen halide, a
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148 FORMALDEHYDE Z, Backer, H. :..
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Page 165 and 166:
152 FORMALBEH YDE Pentaerythritol i
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] 54 FORMA LDEHYDB Pentaglyeerol ap
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lot; CH2OH),C-CHOH,Cf;CEtOH)8 FORMA
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15S FORM A L DEH YDE In the ease ox
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1,30 FORMALDEHYDE with cold concent
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104 FORMALDEHYDE indicated. rhi> re
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166 FORMALDEHYDE substituted phenol
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H3S FORMALDEHYDE The preparation an
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170 FORMALDEHYDE are slow to react
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172 FORMALDEHYDE produce methylene
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174 FORMALDEHYDE The ether, dimethy
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i7G FORMALDEHYDE ratios, as would b
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ITS FORMALDEHYDE ami it- polviiueU-
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ISO FORMALDEHYDE HO^ /> - CH-OCaq)
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1S2 FORMALDEHYDE On oxidation and h
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154 FORMALDEHYDE ghieinol itseli ar
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l&e H 0 T FORMALDEHYDE O il a c / ^
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1SS FORMALDEHYDE Phenols having thr
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190 FORMALDEHYDE 27. Eanus, F., J.
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192 FORMALDEHYDE Acids containing a
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194 FORMALDEHYDE reaction which tak
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190 FORMALDEHYDE era! hiji;rs. When
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19S FORMALDEHYDE By oxidation with
Page 213 and 214:
200 FORMALDEHYDE cold reaction mixt
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202 FORMALDEHYDE In the case of eth
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204 FORMALDEHYDE *m \it.^:U:Z hi mt
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200 FORMALDEHYDE In av^îu:, -econd
Page 221 and 222:
2QS FORMALDEHYDE Mixed methylene de
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•210 FORMALDEHYDE According to Ka
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12 FORMALDEHYDE Tho t>*.:y:;.*:'k-
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214 FORMALDEHYDE hy employing an ac
Page 229 and 230:
2IM FORMA LDEH YDE In the presence
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21S FORMALDEHYDE On exposure TO dil
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220 FORMALDEHYDE •with 4 or more
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222 FORMALDEHYDE anism by which the
Page 237 and 238:
224 FORMALDEHYDE H'iris \.\\i. :\j:
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220 FORMALDEHYDE 97. SeieiEer, E, T
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22S FORMALDEHYDE Since strongly aci
Page 243 and 244:
230 FOEMALDBBYDE feolsble derivativ
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232 HOCHjCi - j V / u H H CH2C! FOR
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234 CHj CHa / \ FORMALDEHYDE CHs /
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2m FORMALDEHYDE extremely stringent
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23S FORMALDEHYDE silver aeervHde an
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24.0 FORMALDEHYDE alcohol*. Moureu
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242 FORMALDEHYDE Farbenindusnie pat
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Chapter 16 Detection and Estimation
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24ti FORMALDEHYDE iiiriue :'-r vrr.
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*>JS FOIOIALBEHYD, t-,TîKêd «JJ
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250 FORMALDEHYDE Beta-Naphthoi. Bet
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252 FORMALDEHYDE bridle compounds o
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254 FORMALDEHYDE 14. Dtoigts, G., C
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250 FORMALDEHYDE Formaldehyde may a
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23S FORMALDEHYDE analyzed, but shou
Page 273 and 274:
2u0 FORMALDEHYDE by Roniijn :: . Th
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262 FORMALDEHYDE The following modi
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2-', I FORMALDEHYDE lleilione Is ^
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26G FORMALDEHYDE should be neutral
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2i kS FORMALDEHYDE previously m^-ur
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270 FORMALDEHYDE tioii of ike metha
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272 FORMALDEHYDE insoluble material
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274 FORMALDEHYDE hyde liberated by
Page 289 and 290:
Chapter 18 Hexamethylenetetramine H
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27S FORMALDEHYDE show monobasic cha
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2S0 FORMALDEH YDE Reactions I and I
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2S2 FORMALDEHYDE 275"F 135 ; C/. By
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2S4 FORMALDEHYDE On ignition, it bu
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2S6 FORMALDEHYDE Physiological Prop
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2SS FORMA LDEH YDE base or ?JV :he
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290 FORMALDEHYDE Reaction* with Sul
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292 FORMA LDEH1 'BE erately concent
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294 FORMALDEHYDE acetone in boiling
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296 FORMALDEHYDE for 15 minute* wit
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298 FORMALDEHYDE approximately 0/2
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300 FORMALDEHYDE 35. D^v-jkv. -T. V
Page 315 and 316:
Chapter 19 Uses of Formaldehyde, Fo
Page 317 and 318:
304 ' FORMA LDEH YJj£ of both plan
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306 FORMALDEHYDE ent, resistant to
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305 FORMALDEHYDE Resins, joining wo
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310 FORMALDEHYDE has played an incr
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312 FORMA LB Ell 3 V D£ resin-like
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314 FORMALDEHYDE For example, it is
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316 FORMALDEHYDE ically involved in
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Chapter 20 Uses of Formaldehyde, Fo
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320 FORMALDEHYDE 12-24 hours-. Some
Page 335 and 336: 322 FORMALDEHYDE has been utilized
Page 337 and 338: 324 FORMALDEHYDE References 1. Baue
Page 339 and 340: 326 FORMALDEHYDE soaking for four t
Page 341 and 342: 32S FORMALDEHYDE colors is among th
Page 343 and 344: 330 FORMALDEHYDE 7. Jones, H. I., !
Page 345 and 346: 332 FORMALDEHYDE Tetranifcthylenedi
Page 347 and 348: 334 FORMALDEHYDE 0. Rinser, F., :o
Page 349 and 350: 33(3 FORMA LDEHYDE low dishes or on
Page 351 and 352: 338 FORMALDEHYDE sistance and other
Page 353 and 354: 340 FORMALDEHYDE complUhed by deriv
Page 355 and 356: M2 FORMALDEHYDE is reported thai t'
Page 357 and 358: 344 FORMALDEHYDE References 1. Bore
Page 359 and 360: 341) FORMALDEHYDE distilled water a
Page 361 and 362: 34S FORMALDEHYDE high wet-strength
Page 363 and 364: 350 FORMALDEHYDE a roll, after whic
Page 365 and 366: 35*2 FORMA LDEH \ 'DK chloride "lit
Page 367 and 368: 354 FORMALDEHYDE forming developers
Page 369 and 370: 356 FORMALDEHYDE In addition, it is
Page 371 and 372: 35S FORMALDEHYDE An entirely differ
Page 373 and 374: 360 FORMALDEHYDE According to Seymo
Page 375 and 376: 362 FORMALDEHYDE improved by an aci
Page 377 and 378: 364 FORMALDEHYDE type because the p
Page 379 and 380: 366* FORMALDEHYDE spiration can be
Page 381 and 382: 36S FORMALDEHYDE itatrng bath which
Page 383 and 384: 370 FORMALDEHYDE 39. Lantz, L. A.,
Page 385: Abel, JM 1S1 Acres, S. F., 125 Adam
Page 389 and 390: IB, 1, Itotaf,!,! Ifflt,0,S i,! ife
Page 391 and 392: Ammonia, reaction, of formaldehyde
Page 393 and 394: Cyclic polymers, 65; 94-100 Tetraox
Page 395 and 396: Hydrocarbon gases, production from,
Page 397 and 398: Polyeondensation of simple, 112 Rea
Page 399 and 400: Lower polyoxymethylene glycols, 67-
Page 401 and 402: Aromatic hydrocarbons, 231-237 Dlar
Page 403 and 404: Latex, 355-356 Synthetic, 358 Salic
Page 405 and 406: ,- T7 Dyes, 327-329 Embalming, 329-
Page 407 and 408: No. 35. Noxious Gases. By Yandell H
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