X-ray analysis of some mixed crystals of the silver halides

Mixed crystals of silver chloride with silver bromide, and silver bromide with silver iodide, in various proportions of the components, were examined by the X-ray powder method of crystal structure analysis. The AgClAgar mixtures showed the simple cubic structure (NaCl type) characteristic of the pure components, with a lattice spacing lying between those of the two components and following a linear relation with the molecular concentration of each component.Most of the AgBr-AgI. mixtures showed the existence of twoTable II

     

4.

The dispersity of the silver halides in relation to their photographic properties     

S.E. Sheppard 《Journal of The Franklin Institute》1924,197(5):697-698

     

5.

The spectral sensitivity of silver iodide and of mixtures of silver iodide and silver bromide     

E. Huse  C.E. Meulendyke 《Journal of The Franklin Institute》1926,202(1):103-104

     

6.

The quantitative determination of hypo in photographic prints with silver nitrate     

J.I. Crabtree  G.T. Eaton  L.E. Muehler 《Journal of The Franklin Institute》1943,235(4):351-360

A silver nitrate test is described for the quantitative determination of residual hypo in photographic prints. The hypo is converted in situ to silver sulfide, the transmission density of the sulfide determined, and the hypo content obtained by reference to a standard curve.The method used to establish the standard curve is outlined, the data being verified by quantitative analyses.A simplified procedure is suggested involving the application of a drop of silver nitrate to the back of the print and then matching the spot visually with a set of standards.     

7.

Determination of silver ion with various concentrations of hydrogen chloride as precipitant     

Frederick G. Germuth 《Journal of The Franklin Institute》1930,210(3):345-351

It has been shown that 0.15 N hydrogen chloride solution is most suitable for employment as precipitant in the quantitative estimation of silver ion, this procedure reducing adsorption to a minimum.When a more dilute solution of reagent is applied, there is a tendency for a portion of the silver to remain dissolved.When hydrogen chloride possessing a greater concentration than 0.15 N is utilized in this determination, adsorption of Cl? ion, and, to a lesser extent, of Ag+ ion, readily occurs.The data presented here have been obtained by careful application of a recognized method, during the course of which temperature effect, and solubility data were given due consideration. Meticulous nephelometric examination was subsequently accorded each experimental sample prior to the calculation of results.     

8.

Nitrate of silver and charcoal     

《Journal of The Franklin Institute》1871,92(5):302-303

     

9.

Treatment of manganese silver ores     

Galen H. Clevenger  Martinus H. Caron 《Journal of The Franklin Institute》1925,200(2):261-262

     

10.

The iodide titration of silver nitrate with palladious nitrate as the indicator     

Louis Schneider 《Journal of The Franklin Institute》1918,186(4):515-516

     

11.

Optical sensitizing of silver halide emulsions. I Adsorption of orthochrome T to silver bromide     

S.E. Sheppard  H. Crouch 《Journal of The Franklin Institute》1928,206(6):853-854

     

12.

A new crystalline variety of silver     

《Journal of The Franklin Institute》1915,180(4):470

     

13.

The fabrication of silver chemical equipment     

《Journal of The Franklin Institute》1935,219(1):91-92

     

14.

Sensitization by nuclei of silver sulphide     

S.E. Sheppard 《Journal of The Franklin Institute》1926,202(2):242-243

     

15.

分银炉的准确控制     

刘兆华 《大众科技》2014,(9):157-158

结合实际生产情况,提出对分银炉传动机构的电气控制线路进行改造,使操作更方便,刹车更迅速,提高了银转炉的转动准确度。     

16.

Properties and industrial uses of silver     

《Journal of The Franklin Institute》1937

     

17.

《中国植物志》百合科补遗     

陈心启 《中国科学院研究生院学报》1988,26(2):139-143

     

18.

A study of chemically deposited silver mirrors     

Raymond Morgan  Ralph D. Myers 《Journal of The Franklin Institute》1948,246(5):363-376

     

19.

Reflection power of stellite and lacquered silver     

W.W. Coblentz  H. Kahler 《Journal of The Franklin Institute》1919,188(4):552-553

     

20.

The deposition of silver films on glass     

《Journal of The Franklin Institute》1918,185(2):267-268

     

Mol. per cent. AgCl.	Mol. per cent. AgBr.	Lattice spacing 100 Planes.
0	100	2.884
20	80	2.862
40	60	2.840
50	50	2.827
60	40	2.815
80	20	2.794
100	0	2.770

The quantitative determination of hypo in photographic prints with silver nitrate

A silver nitrate test is described for the quantitative determination of residual hypo in photographic prints. The hypo is converted in situ to silver sulfide, the transmission density of the sulfide determined, and the hypo content obtained by reference to a standard curve.The method used to establish the standard curve is outlined, the data being verified by quantitative analyses.A simplified procedure is suggested involving the application of a drop of silver nitrate to the back of the print and then matching the spot visually with a set of standards.     

Determination of silver ion with various concentrations of hydrogen chloride as precipitant

It has been shown that 0.15 N hydrogen chloride solution is most suitable for employment as precipitant in the quantitative estimation of silver ion, this procedure reducing adsorption to a minimum.When a more dilute solution of reagent is applied, there is a tendency for a portion of the silver to remain dissolved.When hydrogen chloride possessing a greater concentration than 0.15 N is utilized in this determination, adsorption of Cl? ion, and, to a lesser extent, of Ag+ ion, readily occurs.The data presented here have been obtained by careful application of a recognized method, during the course of which temperature effect, and solubility data were given due consideration. Meticulous nephelometric examination was subsequently accorded each experimental sample prior to the calculation of results.     

分银炉的准确控制

结合实际生产情况,提出对分银炉传动机构的电气控制线路进行改造,使操作更方便,刹车更迅速,提高了银转炉的转动准确度。