Lowell — Lowry. 



771 



Astron. Nachr.: Rotat. period of Venus, 2 S. 



— Librat. of Venus & Mercury, 1 S. (142, 1894). 



— Mercury, 3 S. (143, 97). — The spectro- 

 graphic investigat. of the rotat. period of the 

 planet Venus, 2 S. (163, 1903).— The töres of 

 Saturn, 4 S. (177, 08). — Posit. of the axis of 

 Mars, 6 S. (178, 08). — Planets & their satellite 

 Systems, 2 S. (183, 09). — Saturn's rings, 3 S. 

 (i84, 10). 



Bologna, Scientla: Mars, 6 S. (7. 1910). 



Boston, Amer. Acad. Proc: Temperat. of 

 Mars. Determinat. of the solar heat received, 

 20 S. (43, 1906—07). 



Canada, Astron. Soc. Journ.: Photographs of 

 Jupiter, 10 S. (4, 1910). — The genesis of 

 planets, 13 S. (10, 16). 



Chicago, Astrophys. Journ.: Existence of a 

 twilight arc upon the planet Mars, 12 S. (3, 

 1895). — The canals of Mars, optically & psy- 

 ■chologically considered. A reply to Prof. New- 

 comb, 10 S. — Replv to Prof. Newcomb's note, 

 1 S. (36, 1907). 



London, Astron. Soc. Month. Not.: Deter- 

 minat. of the rotat. period & surf, character of 

 the planet Venus, 2 S. — Further proof of the 

 rotat. period of Venus, 4 S. (57, 1897). — 

 A Standard scale for telescopic observats., 2 & 

 IS. — Expedition for the ascertaining of the 

 best locat. of observatories, 1 S. (63, 1902/03). 



— Posit. of the axis of Mars, 5 S. — Compara- 

 tive Charts of the region following ö Ophiuchi, 

 1 S. (66, 05/06). 



London, Roy. Instlt. Proc: Lowell Obser- 

 vatory: Photographs of the planets, 8 S. (19, 

 1908—10). 



London, Rov. Soc. Proc: First photographs 

 of the canals of Mars, 4 S. (77, 1906). 



Paris, Acad. C. R.: La rotat. de Venus, 1 S. — 

 La rotat. de Mars, 1 S. (139, 1904). — La pre- 

 sence de la vapeur d'eau dans l'atmosphere de 

 la planete Mars, 1 S. (146, 08). 



Phiiadelphia, Phil. Soc. Proc: Mars on gla- 

 cial epochs, 24 S. (39, 1900). — Supposed Sig- 

 nals from Mars, HS. (40, Ol). — Areography, 

 10 S. (41, 02). — The cartouches of Mars, 25 S. 

 (43, 03). — Spectroscopic proof of the repul- 

 sion by the sun of gaseous molecules in the tail 

 of Halley's comet, 7 S. (50, 11). 



Phil. Mag.: General method for evaluating 

 the surf, temperat. of Mars, 15 S. (14, 1907). — 

 The tores of Saturn, 10 S. (15, 08). — Photo- 

 graphs of Jupiter taken at the Lowell Observat., 

 april 1909, by E. C. Slipher & P. Lowell, 9 S. 



— The limits of the oblateness of a rotating 

 planet & the physic. deductions fr. them, 12 S. 

 (19, 10). — The asteroids, 15 S. (33, 12). 



IV Lowry, Thomas Martin, D. Sc. 

 1899 London, Hon. M. A. 1920 Cam- 

 bridge; 12 Prof., Chemie, Guy's Hospital 

 Medical School, seit 20 Prof., physik. 

 Chemie, Cambridge; * 1874, Okt. 26, 

 Low Moor, Bradford, Yorkshire. (Eig. 

 Mitt.) 



Int. Dental Congress: The hardening of me- 

 tals, 1914. — Historical introduct. to chemistry, 

 538 S., London 15. — Inorganic chemistry, 

 908 S., ebda 22. 



Chein. Soc Proc: A method for producing 

 a steady Tl flame, 1 S. (28, 1912). — A new 

 chlorocamphor^), 1 S. (30, 14). 



Faraday Soc Trans.: Applicat. to electro- 

 lytes of the hydrate theory of soluts., 10 S. 

 (1, 1905). — The thermochemistry of electro- 

 lytes'*), 8 S. — A new pattern of thermostat., 



4 S. (3, 07). — Liquid water a ternary mixture*), 

 20 S. (6, 10). — Hg lamps for use in spectroscopy, 

 polarimetry & saccharimetry, 4 S. (7, 12). — 

 A silica-jacketed silica Polarimeter tube, IS. — 

 An oxidisable variety of N, 4 S. (9, 13). — An 

 enclosed Cd arc for use with the Polarimeter*), 

 4 S. (10, 14). — The properties of powders. — 

 I: The caking of salts (m. F. C. Hemmings) 

 (20). — II: Expans. & shrinkage during caking 

 of potassium carbonate (m. E. E. Walker), 4 S. 



— III : The powdering of minerals by decrepi- 

 tat.*), 5 S. — IV: The grading of powders by 

 elutriat.*), 9 S. — V: A new elutriator for rapid 

 use, 2 S. (18, 22). 



London, Chem. Soc Journ.: Studies of 

 dynamic isomerism. I: The mutarotat. of glu- 

 cose, 10 S. (83, 1903). —II: Solubility as a 

 means of determining the proports. of dynamic 

 isomerides (m. W. Robertson), 10 S. — III: 

 Equilibrium in soluts. of glucose & of galactose, 

 20 S. (85, 04). — IV: Stereoisomeric halogen- 

 derivatives of camphor, 10 S. — V: Isomeric 

 sulphonic-derivatives of camphor'), 12 S. (89, 

 06. — VI : Inf luence of impurities on the muta- 

 rotat. of nitrocamphor^), 12 S. — VII: Car- 

 bonyl Chloride as an agent for arresting isomeric 

 change'), 13 S. (93, 08). —VIII: Absorpt. 

 spectra & isomeric change: Halogen, nitro- & 

 methyl-derivatives of camphor^), 17 S. — 

 IX: D°: Sulphonic-derivatives of camphor*), 



7 S. (95, 09). — X: D": Camphorcarboxylic 

 acid & its derivatives«) '), 6 S. — XI:Do: Acyl- 

 derivatives of camphor^), 17 S. • — XII: The 

 equats. for 2 consecutive unimolecular changes 

 (m. W. T. John), 12 S. (79, 10). — XIII: 

 Camphorcarboxamide & camphorcarboxypi- 

 peridide»), 11 S. (101, 12). — XIV: Successive 

 isomeric changes in camphorcarboxamide & 

 camphorcarboxypiperidide*), 12 S. — Influence 

 oflighton isomeric change (m. H. R. Courtman), 



8 S. (103, 13). — The design of gas regulators 

 for thermostats, 5 S. (87, 05). — The oxydat. 

 of atmospheric N in presence of ozone, 7 S. 

 (101, 12). — The rotatory dispersive power 

 of organic Compounds. I: The measurem. of 

 rotatory dispers., 6 S. — II: The form of the 

 rotatory-dispers. curves^), 9 S. — III: The 

 measurem. of magnetic rotatory dispers., 

 10 S. (103, 13). — IV: Magn. rotat. & dispers, 

 in some simple organ. liquids, 14 S. — \ : 

 Comparison of the optic. & magn. rotatory 

 dispers, in some optically active liquids (m. R. 

 H. Pickard & J. Kenyon), 9 S. (105, 14). — 

 VI: Complex rotatory dispers, in ethyl tar- 

 trate^), 15 S. — VII: Complex rotatory dis- 

 pers, in methyl tartrate'), 9 S. — VIII : An 

 exact definit. of normal & anomalous rotatory 

 dispers., 8 S. (107, 15). — IX: Simple rotatory 

 dispers, in the terpene series*), 12 S. (115, 19). 



— X: Preparat. & properties of pure ethyl 

 tartrate (m. J. 0. Cutter), 13 S. (131, 22). — 

 Nitrocamphor & its derivatives. VIII: Action 

 of formamide on nitrocamphor^), 6 S. — 

 The properties of cold-worked metals. I: Den- 

 sity of metallic filingsi»), 14 S. — II: Methods 

 of measuring small changes of densitj* pro- 

 duced by annealingi"), 9 S. — New halogen- 

 derivatives of camphor. I: a'-chlorocamphor; 

 with a note on isomerism, static & dynamic'), 

 15 S. (107, 15). — II: a'-bromocamphor») >i), 



9 S. (121, 22). — The properties of ammonium 

 nitrate. I : Freezing point & transition-tempera- 

 turesi2), 18 S. (115, 19). — II: Ammonium 

 nitrate & water (m. J. L. Millican & A. F. 

 Joseph), 5 S. — III: Ammonium nitrate & 

 sodiura nitratei«), 7 S. (121, 22). — The de- 

 composit. of nitric csters by Urne (m. K. C. 



