754 



Livens — Lobatschewskij. 



2 S. (11, 1902). — Probable presence in the sun 

 of the newly discovered gases of the earths 

 atmosphere, 6 S. — Differ. betw. the spectra 

 at anode & cathode in certain gases, & on the 

 probable reasons for these differences, 12 S. 

 (18, 04). — The recuperation of energy in the 

 universe, 7 S. (21, 22). 



Livens, G. H.; Lektor, Univ., Shef- 

 field, danach Manchester, jetzt Prof., 

 Math., Univ.-ColL, Cardiff. 



The theory of electricity, 8 + 717 S., Cam- 

 bridge 1919. 



Chicago, Astrophys. Journ.: The pressure 

 displacem. of spectral lines & molecular con- 

 stitut., 6 S. (40, 1914). 



Edinburgh, Roy. Soc. Proc: On Hamilton's 

 principle; & the modif ied f unetion in analytical 

 dynamics, 7 S. (39, 1918, 19). 



London, Roy. Soc. Proc: The mechanical 

 relats. of the energy of magnetisat., 8 S. (93, 

 1917). 



Filii. Mag.: The initial accelerated motion 

 of a perfectly conducting electrified sphere, 



8 S. (21, 1911). — The initial accelerated mo- 

 tion of a rigidly charged dielectric sphere, 4 S. 

 — Some further problems connected with the 

 motion of charged spheres, 6 S. (22, 11). — 

 The influenae of density on the position of the 

 emission & absorpt. lines in a gas-spectrum, 

 95 S. — The influenae of the physical conditions 

 of a substance on its absorpt. of light, 6 S. (24, 

 12). — Rotational optica! activity of soluts., 



9 S. (25, 13). — Magneto-optical rotativity, 



4 S. — The intrinsic optical rotativity of soluts., 



5 S. (2«, 13). — The intrinsic optical activity 

 of Isotropie media, 5 S. — A theory of the 

 rotational optical activity in isotropic media, 

 15 S. (27, 14). — The Statistical relations of 

 radiant energy, 16 S. — The theories of rota- 

 tional optical activity, 2 S. (28, 14). — On 

 Lorentz's theory of long wave radiat., 16 S. — 

 The electron theory of metallic conduction, 10 



6 8 S. — The law of partition of energy & New- 

 tonian mechanics, 12 S. — The electron theory 

 of the optical properties of metals, 18 S. (29, 

 15.) — The number of electrons concemed in 

 metallic conduction, 7 S. — The elctron theory 

 of metallic conduction, 13, 9 & 11 S. — On the 

 electron theory of the optical properties of me- 

 tals, 11 S. — The electron th eory of the Hall 

 effect & allied phenomena, 22 S. (30, 15). — 

 The mechanical relations of dielectric & ma- 

 gnetic polarizat., 10 S. — The principle of least 

 action in the theory of electrodynamics, 5 S. — 

 The Hall effect & allied phenomena, 2 S. (32, 

 16). — The energy in the electromagnetic field, 

 4 S. (33, 17). — The flux of energy in the electro- 

 dynamic field, 20 S. (34, 17). — The energy in 

 the electromagnetic field, 1 S. (37, 19). — On 

 the mathematical relations of the magnetic 

 field, 5 S. (39, 20). — Does an accelerated elec- 

 tron necessarilv radiate energy on the classical 

 theory, 2 S. (42, 21). 



Physllc. Zeltschr.: Absorpt. d. Lichts durch 

 Wasser, 2 S. — Veränderlichk. v. Absorptions- 

 spektren, 4, 2 & 2 S. (14, 1913). — Natürl. opt. 

 Drehgsaktivität, 3 S. — Bemerkg. zu e. Theorie 

 d. natürl. opt. Drehgsaktivität, 1 S. (13, 14). 



Siehe S. Chapman. 



"v Liznar, Josef; stud. 1864—75 

 Brunn & Wien; 99—1919 o. Prof., 

 Hochsch. f. Bodenkultur & Techn. H., 

 Wien, seit 22 o. Prof., cech. Karls-Univ., 



Prag; * 1852, Okt. 28, Brumowitz bei 

 Brunn, Mähren. 



Anleitg. z. Messg. & Berechng. d. Elemente, d. 

 Erdmagnetismus (Beilage zu d. Mitteilgn. aus 

 d. Gebiete d. Seewesens), 77 S., Wien 1883. — 



D. barometr. Höhenmessg. Mit Tafeln, die den 

 Höhenunterschied ohne Zuhilfenahme v. Lo- 

 garithmentafeln zu berechnen gestatten, 3+48 S., 

 Wien 1904. 



Meteoroi. Zeitschr.: Darstellg. d. erdmagnet. 

 Kraft auf einem Gebiete auf Grund v. Messgn. 

 an wenigen Orten, 6 S. (1906, Hann-Band). — 

 Z. Genauigkeit barometr. Hühenmessgn., 3 S. 

 (26, 09). — Mitteltemper. d. Breitenkreise & 

 mittl. Temper. einer Land-, bzw. Wasser- 

 hemisph. sowie d. ganzen Erde, 6 S. (28, 11). — 

 Abhängigk. d. Tagesamplit. d. Lufttemper. in 

 Wien vom Sonnenfleckenstande, 8 S. (30, 13). — 

 Fallgeschwindigk. d. Regentropfen, 8 S. (31, 

 14). — D. wahre therm. Anomalie auf der Erd- 

 oberfl., 4 S. — D. Reduktion d. an Stations- 

 barometern (Gefäßbarometern m. fixem Boden) 

 gemachten Ablesgn. auf 0°, 10 S. (32, 15). — 

 Bemerkgn. zu E. Alts Mitteilg.: Neue Gestalt 

 d. hypsometr. Formel, 5 S. — Bedeutg. d. wah- 

 ren Mitteltemperatur in d. barometr. Höhen- 

 formel, 2 S. — Einfache Formel z. Redukt. d. 

 Barometerstände auf d. Meeresniveau, 5 S. (33, 

 16). — Berechng. größerer Höhenunterschiede 

 m. Hilfe d. barometr. Höhenformel v. Babinet, 



E. Alt & einer durch Vereinigg. beider sich er- 

 gebenden neuen Formel, 5 S. (35, 18). 



Wien. Aliad. S.Ber.: Abhängigk. d. tägl. 

 Ganges d. erdmagnet. Elemente in Batavia v. 

 Sonnenfleckenstande, 58 S. (113, 1914). 



Lloyd, Morton G., Ph. D. 1908 Phil- 

 adelphia; stud. 1892—97 Philadelphia, 

 97—98 Cambridge, Mass, 98—99 Berlin; 

 99—1902 Instruct., Phys., Univ., Phila- 

 delphia, 02—10 Laby Assist., Assist., 

 Phys., Assoc. Physicist, Bur. of Stand- 

 ards, 10 — 17 Tech. Editor, Electr. 

 Review & Western Electrician, 17 Electr. 

 Engin. & Vorst., Abteiig, Safety En- 

 gineering U.S. Bureau of Standards; 

 * 1874, Sept. 10, Beverly, N. J. (Eig. 

 Mitt.) 



Errors in magnetic testing w. ring specimens. 

 Washington 1909. 



Washington, Rur of Stand. Buli.: Apparatus 

 for determinat.of the form of a wave of magnetic 

 flux^), 10 S. — Effect of wave form upon the 

 iron losses in transformers, 34 S. — Funct. of a 

 periodic variable given by the steady reading 

 of an Instrument; w. a note on the use of the 

 capillary electrometer w. altemating voltages, 

 8 S. (4, 1907/08). — Dependence of magnetic 

 hysteresis upon wave form, 32 S. — Errors in 

 magnetic testing w. ring specimens, 18 S. — The 

 testing of transformer steeP), SOS. (5,08/09). — 

 Effect of phase of harmonics upon acoustic qua- 

 lity^), 10 S. — The regulat. of potential trans- 

 formers & magnetizing current*),8 S. (6, 09/10). 



1) Mit J. V. S. Fisher, «) P. G. Agnew. 



Siehe E. B. Rosa. 



iV Lobatschewskij, Nikolai J.; war 

 1816—1846 Prof., Math., Univ., Kasan, 

 t 1856. 



Abh. z. Gesch. d. math. VVIss.: Imagin. Geo- 

 metrie & Anwendg. d. imagin. Geom. auf einige 



