Quarterly Journal of the Chemical Society of London, Volume 54, Part 1

Chemical Society (Great Britain)

1888 - Chemistry

Contents

• ABSTRACTS OF PAPERS PUBLISHED IN OTHER JOURNALS: 1
• ABENIUS P W Lactones derived from Glycines 825: 6
• SCHRAMM J and I ZAKRZEWSKI Spectrum Researches on the Energy: 9
• LAURENT E Formation of Starch from Organic Solutions by Plants: 10
• Petroleum: 14
• KONDAKOFF J Action of Chlorine on Amylene: 16
• MIESLER J Electromotive Dilution Constants: 17
• Synthesis of Polyatomic: 18
• RABE H Turbine for Laboratory Purposes: 21
• LIETZMANN E Permeability of Vegetable Membranes for: 23
• KALLIR J Water of Crystallisation of dissolved Cobalt Salts: 24
• NAHRWOLD R Electrification of a Gas by a Glowing Platinum Wire 1231: 27
• CIAMICIAN G and G MAGNANINI Pyrrolylene Tetrabromides 799: 29
• LOUIS H Bismuthite from the Transvaal: 31
• WISLICENUS J Arrangement in Space of the Atoms in the Molecules: 35
• POLONOWSKY M Condensation of Glyoxal with Ethyl Malonate: 38
• MALBOT Amines of the Paraffin and Benzene Series: 41
• MINUNNI G Action of Paratoluidine and of Aniline on 1081: 44
• SALOMONSON H W Perkins Reaction: 47
• KILIANI H Double Lactone of Metasaccharic Acid: 49
• WALLACH 0 Terpenes: 58
• 76: 60
• CONRAD M and L LIMPACH Synthesis of Dihydroxyquinaldinederiva: 61
• 6 Methylethylpyridine and 2 4 Methylethylpyridine: 64
• HINDORF R Influence of Magnesium and Calcium Chlorides on Germi: 77
• IRVINE R Action of Bleaching Agents on Writing Ink 764: 81
• Chemistry of Vegetable Physiology and Agriculture: 82
• RIGHI A Rotation of Isothermic Lines of Bismuth placed in a Magnetic: 84
• LINDO D Estimation of Potash in Commercial Manures: 89
• MILNE J M Extraction of Fats by Soxhlets Apparatus: 95
• GIBSON J Laboratory Fittings: 97
• COMSTOCK W J and W KOENIGS Apocinchine and Apochinine: 98
• KOOSEN J H Property of the Alkalis of increasing the E M F of Zinc: 100
• MEYER E v Formation of Cyanethine from Ethyl Cyanide 802: 106
• 97: 112
• DOLLFUS G and S MEUNIER Mineral Wax: 115
• WEYL T Silk 857: 119
• GONNARD F Peperite of the Puy de la Piquette: 121
• OUVRARD L Phosphates of the Cerite Metals: 128
• KÖRNER G and A MENOZZI Derivatives of Isosuccinic Acid: 131
• BRACKETT R N Ethereal Salts of Benzoic Sulphinide: 134
• 205: 135
• JACOBSEN O Action of Sulphuric Acid on Bromodurene: 137
• LOUGUININE W Heat of Combustion of the Solid Isomeride of Ben: 144
• PECHMANN H v Isonitrosocompounds: 146
• AMTHOR C Saccharomyces Apiculatus: 148
• REGNARD P Influence of the Age of Yeast on the Alcoholic Fermenta: 153
• WISLICENUS J Action of Phthalyl Dichloride on Ethyl Sodiomalonate: 154
• GENVRESSE P Action of Chloracetonitrile on Benzene in Presence: 158
• LANGE M Sulphonation of Acetonaphthalide: 160
• FREIRE D Alkaloid from Solanum grandiflora: 166
• STUTZER A and A ISBERT Relation of Carbohydrates in Food to Diges: 170
• WOLFF C H Detection of Blood in Urine 880: 176
• LIEBERMANN L Animal Dextrin: 177
• BOUCHARD C Naphthol as an Antiseptic Medicine: 183
• KELLNER 0 and T YOSHII Development of Free Nitrogen in Putrefac: 185
• BAESSLER Best Time for Ploughing Yellow Lupines Under: 191
• MEURER V Support for Funnels while Drying: 192
• ENGEL Hydrochlorides of Bismuth and Antimony Chlorides: 196
• TRAUBE J The Stalagmometer: 198
• BRASSE L Tanrets Reaction for Albumin Peptone and Alkaloïds: 204
• KLÜSS K: 211
• MEYER L Preparation of Hydrogen Iodide: 219
• HÉNOCQUE A: 221
• GÖTTIG C Compound of Methyl Alcohol with Potash 933: 222
• MÜLLER M Action of Water on Lead: 225
• HALLER A and A GUNTZ Heat of Neutralisation of Ethyl Cyano: 229
• 1021: 230
• KNORRE G v and P OLSCHEWSKY Antimoniates: 231
• 46: 233
• SANDBERGER F Mineral Veins: 237
• 51: 241
• PETIT P Heat of Formation of Toluidines Benzylamine and Methyl: 245
• PECHMANN H v: 248
• GRÖGER M Oxidation of Palmitic Acid: 250
• BINDER O Aspirator with Constant Flow: 252
• 54: 257
• HANTZSCH A and F HERRMANN Desmotropy: 262
• NIETZKI R and F KEHRMANN Hydroxyquinones: 263
• NÖLTING E Substitution in Azocompounds: 270
• TIEMANN F Nitrile of Salicylic Acid: 276
• DENNSTEDT M and J ZIMMERMANN Action of Methylamine and Ethyl: 277
• POLIS A Aromatic Leadcompounds: 283
• KEHRMANN F Iodophenolsulphonic Acids 841: 284
• BAITHER O Tetramethyldiamidothiobenzophenone: 289
• HARTLEY W N Lakmoïd and Litmin: 295
• MORSE H N and W M BURTON Removal of Iodate from Iodide: 296
• DENNSTEDT M and J ZIMMERMANN Bases formed by the Action: 297
• OSTERSETZER O Apparatus for Direct Estimation of Carbonic: 300
• BAMBERGER E Quinoline: 301
• DE SAINT MARTIN L Influence of Sleep on the Activity of Respiratory: 305
• ROSER W Action of Strong Sulphuric Acid on Diphenylsuccinic Acid: 310
• PISENTI G Physiological Action of Thallin: 311
• UDRÁNSZKY L v Furfuraldehyde Reactions: 312
• MAYER A Analyses of Rubbish Heaps employed to Improve Soils: 313
• WOLLNY E Influence of a Crop or Covering on the Physical Characters: 316
• KRAUS C Manuring Hops: 319
• LORENZ N v Analysis of Materials containing Tartaric Acid: 327
• BOIS BAUDRAN L DE Degree of Oxidation of Chromium and Manganese: 329
• MÜLLERERZBACH W Equilibrium in the Retention of Water by Dilute: 331
• BALBIANO L Basic Cupric Chromate: 332
• LOSSEN W Boiling Points and Specific Volumes: 335
• RICHTER V v New Chromogenic Groups 1189: 338
• CONRAD M and L LIMPACH Hydroxyquinaldine 1109: 340
• SPRING W and J H VANT HOFF Chemical Decomposition produced: 341
• MENDELEEFF D Specific Gravity of Sulphuric Acid Solutions: 343
• HERRMANN F Configuration of the Molecule of Benzene: 344
• QUANTIN H Action of Carbon Tetrachloride on Inorganic Chlorides 785: 345
• GÖTTING G Constitution of Nitroethane: 349
• RIGGS R B Socalled Indicolite from Harlem: 351
• ROBINSON F C Blue Clay from Farmington Maine: 352
• KLASON P Preparation of Sulphides and Hydrosulphides of Methyl: 356
• WALDER J Colouring Matter from Anthraquinonedisulphonic Acid: 357
• FISCHER E and J TAFEL Synthetical Experiments in the Sugargroup: 358
• on Ethyl Oxalate 1193: 361
• GREINER and FRIEDRICHS Instruments for Measuring Liquids: 363
• PICTET A Formation of Secondary Aromatic Amines: 364
• DENNSTEDT M and J ZIMMERMANN Reduction of Pyrrolinephtha: 365
• SALZER T Behaviour of some Acids towards Chromic Acid and Perman: 367
• WOLFF L Dimethylindole: 371
• 666: 372
• SCHUTZENBERGER P Synthetical Studies on Albuminoïds and Proteïds: 373
• ANDERLINI F Compounds of Glycogen with Sulphuric Acid 934: 374
• BRÜHL J W Terpenes and their Derivatives: 377
• NORTON T H and J H WESTENHO ESTENHOFF Bromination of Acetone 936: 380
• EINHORN A Cocaïne: 381
• DEHÉRAIN P P Experimental Cultivation of Sugarbeet in 1887: 383
• DUNSTAN W R and T S DYMOND Preparation of Ethyl Nitrite: 384
• LANDOLT M Polaristrobometric Analysis: 386
• SOROKIN B Anilides of Glucoses and some of their Transformations 807: 387
• GLADSTONE J H Dispersion Equivalents: 389
• SAINTEDME E Passivity of Iron and Nickel 788: 390
• COIN E and L ARONS Conductivity and Specific Inductive Capacity: 395
• SPRING W Chemical Action between Substances in the Solid State: 397
• KRÜSS G Relations between the Composition and Absorptionspectrum: 399
• FAY I W Relation between the Heats of Formation of Chlorides: 401
• ROOZEBOOM H W B Triple and Multiple Points regarded as Transition: 405
• MEYER V Raoults Method of Determining Molecular Weights: 407
• RICHARZ F Constitution of Peroxides: 409
• YOUNG S Delicate Thermometer for Lecture Purpose: 410
• Inorganic Chemistry: 411
• BLÜMOKE A Determination of the Specific Weight and Vapourp: 416
• SIEVERS W Crystallised Salts of Mercury: 419
• ANSCHÜTZ R and P N EVANS Antimony Pentachloride: 424
• HUNT T S Dissociation of Fused Metallic Sulphides: 425
• MACIVOR R W E A New Zealand Sulphur Island: 427
• GRAETZ L Internal Friction of Liquids: 428
• KÖNIG G A Schorlomite a Variety of Melanite: 434
• LISSENKO K Decomposition of Petroleum by Heat: 436
• WOHL A Amidoacetals: 443
• KONOWALOFF D F Action of Acids on Tertiary Amyl Acetate: 446
• WISLICENUS W Action of Ethyl Acetate on Ethyl Phthalate 1193: 447
• DE VRIES H Osmotic Experiments with Living Membranes: 449
• Mosso U Chlorophenols: 456
• BRIEGER L Tetanine and Mytilotoxine: 457
• MEHNE P Nitrosotoluidines: 463
• KOCK E Aromatic Nitrosobases: 469
• WISLICENUS W Ethyl Oxallevulinate 1273: 485
• HÉNOCQUE A and G BAUDOIN Reduction of Oxyhemoglobin in Typhoid: 498
• LANG W Action of Pyridine on Metallic Salts 850: 503
• CONRAD M and L LIMPACH Synthesis of 2 4 Phenylhydroxyquinoline: 505
• HENOCQUE A Activity of Reduction of Oxyhæmoglobin: 512
• CONINCK O DE Fate of Pyridine in the Organism: 514
• PLANCK M Chemical Equilibrium in Dilute Solutions: 517
• STROHECKER J R Process for obtaining the Rare Earths from: 518
• SALKOWSKI E Spontaneous Decomposition of Bilirubin: 520
• PLATH H Nitrification of Ammonia and its Salts: 521
• SCHULZE E Changes which the Nitrogenous Matters in Silage undergo: 523
• Pentasulphide: 528
• 27: 530
• BORCHERS W Determination of Carbonic Acid in Mineral Waters: 533
• BOISBAUDRAN L DE Chromium and Manganese in Fluorescent Mixtures 1229: 535
• KETTELER E Refraction of Liquids between Wide Limits of Tempera: 541
• WIEN W Transparency of Metals: 544
• CAVAZZI A Action of Carbon Bisulphide on Metals: 545
• REISSMANN A Bumping during Distillation: 547
• PATTINSON J Rate at which Bleaching Powder loses its available Chlorine: 552
• DITTE A Action of Vanadic Anhydride on Alkaline Fluorides: 558
• MACIVOR R W E Gold Alunite and Sulphur from New South: 560
• 901: 561
• RATHGEN F Determination of Sugar in Liqueurs Confectionery: 563
• MÜLLER W Chiastolite: 566
• DICKIE A Water of the Clyde Sea Area: 569
• FRANKE B Firedamp: 570
• WOLFF L Acetalamine and Diacetalamine 809: 575
• CURTIUS T and F GOEBEL Ethereal Amidoacetates: 576
• 999: 581
• LEA M C Combination of Silver Chloride with Metallic Chlorides: 582
• 80: 584
• FAUCONNIER A Action of Aniline on Epichlorhydrin: 586
• STROHMER F Buffalos Milk and Butter: 587
• VAN DEVENTER C M and H L VANT HOFF Potassium Hypoiodite 911: 589
• HALLER A Homologues of Ethyl Acetocyanacetate 818: 590
• GEE W W H and H HOLDEN Electrolysis: 592
• BÖTTINGER C Water of Crystallisation of certain Pyrotritartrates 1274: 595
• DE SCHULTEN A Silver Potassium Carbonate: 596
• BAMBERGER E and R MÜLLER BTetrahydronaphthylamine: 599
• VOIRY R Essence of Cajeput: 600
• KELBE W Retene from Resin Oil: 605
• 914: 606
• PAGLIANI S Crystallisation of Salts during the Electrolysis of their Solu: 611
• HANRIOT M and C RICHET Influence of Diet on the Elimination: 615
• 1000: 617
• HÜFNER G Tension of Oxygen in the Blood and in Solutions of Oxy: 620
• VANNI L and E PONS Phosphates in Urine: 621
• LINDNER P New Lactic Ferment Occurring in Malt Wort: 622
• RIDSDALE C H Simplified Chromometer: 625
• Polymeric Thiocarbonyl Chloride 1169: 631
• 1001: 632
• SCHÄFER L Estimation of Cinchonidine in Quinine Sulphate: 636
• LIVEING G D and J DEWAR Spectrum of the Oxyhydrogen Flame: 637
• MANEUVRIER G and J CHAPPUIS Electrolysis with Alternating: 639
• HERZFELD A Levulose: 642
• BACHMAN I A Freezing Mixture: 643
• MELIKOFF P Action of Hypochlorous Acid on Angelic Acid 1177: 646
• COOKE J P and T W RICHARDS Relative Values of the Atomic Weights: 647
• HAGER H Crystalline Silicic Acid 915: 648
• PROST E Colloidal Cadmium Sulphide: 653
• SELLA A Sellaite: 657
• WINCKLER C Firedamp: 663
• MAUMENÉ E J Inactose of Neutral Sugar: 668
• CARSON A J and T H NORTON Uranates 918: 670
• KUTSCHIG C v Reaction Product of Phosphorus Pentasulphide: 680
• PICKERING S U Constitution of Basic Salts: 681
• METZELER K Iodinederivatives of Quinone 1278: 683
• LOSANITSCH S M Servian Coal: 684
• PICTET A and P CRÉPIEUX Alkylformanilides: 690
• VAN ROMBURGH P Nitramine derived from Tetramethyldiamidobenzo: 691
• REISSERT A Condensationproducts from Anilidoacids: 694
• ANSCHÜTZ R Reisserts Pyranilpyroinlactone Pyranilpyroic Acid: 695
• KÖRNER M E G and V WENDER Some New Benzenederivatives 1278: 697
• BRAUN E and V MEYER Aldines: 700
• BISCHOFF E Action of Nitrous Acid on Tetramethyldiamidobenzophe: 702
• EDLEFSEN Behaviour of Urine after the Ingestion of Naphthalene: 704
• KNOEVENAGEL E Bidesyls: 706
• ENGEL Aspartic Acids: 708
• HEIM E Action of Ammonium Sulphide on some Dinitrocompounds 1096: 709
• OTT I and C COLLMAR Albumose Peptone and Neurine as Pyrexial: 710
• MEERSON S Derivatives of Diamidoanaphthol: 713
• BOUCHARDAT G and R VoOIRY Terpinol: 719
• WARREN H N Solvent Action of Rochelle Salt on Metallic Hydroxides 1131: 721
• KNORR L and H LAUBMANN Pyrazoles and Pyrazolines: 725
• LANGLEY J W Apparent Manifestation of Chemical Attraction: 728
• GUARESCHI I Ptomaïnes: 731
• ATWATER W O Chemistry of Fish: 732
• LABORDE and A RICHE Physiological Action of Nickel Salts: 738
• LANGE Acidity of Cell Sap: 744
• JOHANNSEN W Mealy and Steely Barley: 748
• Alcohols by Fermentation 1263: 749
• SCHEURERKESTNER Thompsons Calorimeter: 750
• STOLBA F Reduction with Lead: 757
• HAAS B Estimation of Hydrogen Potassium Tartarate and Free Tartaric: 759
• DREHSCHMIDT H Absorption of Carbonic Oxide by Cuprous Chloride: 761
• ARNOLD J O: 763

Popular passages

Page 104 - ... salt fuses at 290° with decomposition. Towards acids and solvents, the crystallized compound behaves like that precipitated by potassium iodide ; ammonia and caustic alkalis render it green, and on heating convert it into the corresponding alkaline iodide and metallic mercury. The crystallized iodide is less sensitive to light than the precipitated yellow compound, which rapidly becomes black even in diffused daylight. When mercurous nitrate; solution is treated with bromine under similar conditions,...

Page 756 - ... (3) The bleaching solution must be exceedingly dilute, otherwise the action is so rapid and powerful, that both old and new •writings are removed almost simultaneously. (4) The action must be carefully watched so as not to be too long continued.

Page 222 - ... and insecticides, and in the textile industry as an assist in printing. All water- and acid-soluble compounds of arsenic are poisonous. Arsenious acid, arsenic trioxide, arsenious oxide, arsenious anhydride, or white arsenic, As2O3, is an anhydride which, dissolved in water, reacts as H3AsO3. It is only slightly soluble in cold water but more soluble in hot water, alkalies, alkaline carbonates, alcohol and some dilute acids. It occurs naturally in mineral form and is also recovered from arsenical...

Page 756 - ... as ordinary writing inks, prepared from iron and chromium salts and galls. 2. Writing dried by means of blotting paper is naturally more easily removed than writing which is allowed to dry on the surface of the paper; and light writing is somewhat more easily removed than coarse and heavy writing. 3. The bleaching solution must be exceedingly dilute, otherwise the action is so rapid and powerful that both old and new writings are removed almost simultaneously. 4. The action must be carefully...

Page 171 - Hourly determinations of the quantity of urine and the percentage of urea, extractives and total nitrogen contained therein, have been made by the authors for four consecutive days. The following are the conclusions : — 1. The greatest elimination of water takes place about one hour after a meal ; the greatest elimination of urea three to four hours after. '2. The excretion of water and nitrogen is much less during the night than during the day.

Page 72 - Band xxxiv, p. 78. •(•Quoted from HC Wood's Therapeutics, p. 161. small repeated doses of antimonious oxide are without influence on the excretion of nitrogen, sulphur, and phosphorus, and that hence when taken in non-toxic doses it has no noticeable action on proteid metabolism.* Without doubt, toxic doses do materially affect the nutrition of the body, but with a dog of 13 kilos. weight the administration of repeated doses of antimonious oxide, to the extent of 17 grains in 13 days, led...

Page 616 - Yonng. (Analyst, xiii. 5, 6.) The author confirms the statement of Yoshida as to the occurrence of a minute quantity of aluminium in wheat, and shows that practically the whole of it is associated with the gluten. A sample of the best Vienna flour gave 0'0075 per cent, of aluminium phosphate. The gluten from 250 grams of this flour was dissolved in acetic acid to purify it, and the solution yielded aluminium phosphate amounting to 0-0074 for 100 parts of flour.

Page 11 - ... they would cut the normal isochoric lines at an extremely high temperature. The physical meaning of this behaviour is that, if the temperature of a gas, at constant volume, be raised sufficiently high, the density must equal and then fall below the normal. It is evident that this must be the case. For the pressure of a gas depends on the number of molecules present in unit volume, on the average velocity of each molecule, and on the number of impacts on unit area of the surface of the containing...

Page 489 - In some oysters, which produced these symptoms, I have recently found tyrotoxicon. Milk or other fluid to be tested for this poison should be kept in well stoppered bottles ; for if the fluid be exposed to the air, the tyrotoxicon may decompose in a few hours. The filtrate from the milk or the filtered aqueous extract of cheese should be neutralized with sodium carbonate, then shaken with half its volume of pure ether.

Page 345 - ... as no sulphuretted hydrogen could be detected, we. infer the non-existence of sulphides in the nodule. The total mineral was also analyzed with the following results: Pet cent.

Bibliographic information

• Title: Quarterly Journal of the Chemical Society of London, Volume 54, Part 1
• Author: Chemical Society (Great Britain)
• Contributor: Royal Society of Chemistry (Great Britain)
• Published: 1888
• Original from: the University of Michigan
• Digitized: Jun 28, 2007