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W. Schaafs. Kolloid-2. 137, 121 (1954).

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Chemistry & Biology.

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696 Rhythmic Crystallization by a Drop Technique. A. Sole. Kolloid-2. 137, 15

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697 Liesegang Rings in Inhomogeneous Media. Partially Coagulated Gelatin.

K. H. Stern. J. Colloid Sci. 9, 329 (1954).

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The Liesegang Phenomenon. K. H. Stern. Chem. Revs. 54, 79 (1954).
Formation of Liesegang Rings by Azotobacter Under Oxygen Inhibition.
M. Tschapek and N. Giambiagi. Kolloid-z. 135, 47 (1954).


Diffusion Constants of AgNO3, K2Cr2°,, Pb(NO3)2 in

700 Rhythmic Precipitates VII.

Gelatin Gel. A. Yanagihara. J. Chem. Soc. Japan 75, 292 (1954).

A. Yanagihara. J. Chem. Soc. Japan 15, 419 (1954).

701 Rhythmic Precipitates VIII.

702 Rhythmic Precipitates IX. Pbcr04: A. Yanagihara. J. Chem. Soc. Japan 25, 422


Influences of Magnetic Field. A. Yanagihara.

703 Rhythmic Precipitates X.

J. Chem. Soc. Japan 75, 607 (1954).




704 Chromatography of Inorganic Ions by Precipitation in Gels. G. Cetini and

F. Ricca. Ann. Chim. (Rome) 45, 1018 (1955).
The Formation of Liesegang Rings. S. D. Gromakov. Uchenye Zapiski Kazan.
Gosudarst Univ. im. V. I. Ulyanova-Lenina Khim. 115, 101 (1955).
The Regression of the Centers of the Latent Photographic Image. B. I.

Kazantsev and P. V. Meiklyar. Zhur. Eksptl. i Teoret. Fiz. 28, 70-6 (1955). 207 Liesegang Rings Prepared by Addition of HgCl2 to Gelatin with and without

NH,C1. N. Klissiunis. Bull. Univ. Thessalonika 1, 341 (1955). 708 Melting and Crystallizing of Solid Solutions:

Phenanthrene-Anthracene. A. Kofler. Monatshi fe Chemie 86, 301 (1955).

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Liesegang Rings in Inhomogeneous Media. Powdered Glass. D. R. Manley and
K. H. Stern. J. Colloid Sci. 10, 409 (1955).
The Liesegang Phenomenon I. Sol Protection and Diffusion. R. Matalon and
A. Packter. J. Colloid Sci. 10, 46 (1955).
Investigation of Rhythmic Precipitation by Radioactive Isotopes I.



nat. 89, 170 (1955).

712 Chromatography of Inorganic Ions by Precipitation in Gels. M. Milone,

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713 The Liesegang Phenomenon IV. Reprecipitation from Ammonia-Peptized Sols.

A. Packter. Kolloid-2. 142, 109 (1955).

714 Inverted Rhythmic Precipitation. A. Packter. Nature 175, 556 (1955).

715 The Effect of Crystallinity on Rhythmic Precipitation. A. Packter. J. Chem.

Soc. 1180 (1955).

716 Ways of Recognizing or Avoiding the Liesegang Phenomenon in Inmuno Chemistry.

J. Salvinien and M. Kaminski. Compt. rend. 240, 377 (1955).

718 Bibliography of Liesegang Rings. K. H. Stern. University of Arkansas Editorial

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for Rhythmic Precipitation. A. Yanagihara. J. Chem. Soc. Japan 76, 165 (1955).

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Influencing Width of Precipitate Layers. A. Yanagihara. J. Chem. Soc. Japan 76,

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Precipitate Layers. A. Yanagihara. J. Chem. Soc. Japan 76, 438 (1955). 724 Moving Liesegang Rings. D. 0. Zeilinger. Kolloid-Zhur. 17, 347 (1955). 956 725 The Liesegang Phenomenon II. Addition of Protecting Agent. A. Packter.

J. Colloid Sci. 11, 96 (1956).

726 The Liesegang Phenomenon III.

The Structure of the Gel Medium, A. Packter.

J. Colloid Sci. 11, 150 (1956).

727 Periodic Precipitation. S. Prager. J. Chem. Phys. 25, 279 (1956).



Diffusion with Precipitation in Gels. Periodic Precipitations. J. Salvinien.

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Publs. sci. et tech. ministère air (France) No. Notes techniques 59, 57 (1956).

729 Rhythmic and Zonal Precipitations. M. Watanabe. Kozan Chishitsu 6, 260 (1956).


730 Rhythmic Formation of Calcium Carbonate Precipitates in Hydro Gels I. The

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Diffusion of Carbonic Acid in Calcium Hydroxide Containing Gelatin Gels.


A. Buzágh and V. Fraknóy. Kolloid-z. 150, 97 (1957).

731 Formation of Liesegang-Like Rings by Metal Ions and Chelating or complexing

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Agents. R. E. Feeney and N. Bennett. Nature 180, 979 (1957).

732 Liesegang-Like Rings of Growth and Inhibition of Bacteria in Agar Caused by


Metal Ions and Chelating Agents. R. E. Feeney, I. M. Petersen and H. Sahinkaya.

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733 Effect of Electrolytes on the Formation of Liesegang Precipitates. F. M.

Shemyakin and A. N. Karpov. Sbornik Nauch. Rabot. Moskov. Farm. Inst. 1, 39



734 Rhythmic Formation of Iron Hydroxides Among the Sandstones of the Village

Kosoutsy. K. P. Yanulov and I. A. Rotarash. Uchenye Zapiski, Kishinevskii

Gosudarstvennyi Universitet 25, 147 (1957).

1958 735

The Rhythmic Precipitates of Thallium Chromates in Gelatin. J. Barlot. J. Chim.

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Three-Dimensional Liesegang Rings by Diffusion in a Colloidal Matrix and Their

Significance for the Interpretation of Geologic Phenomena. J. D. Carl and G. C.

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A. C. Chatterji and H. Bhagwan. J. Colloid Sci. 13, 237 (1958).


Rhythmic Precipitates by Double Diffusion on Filter Paper. G. Cetini and F.

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Liesegang Rings, A Phenomenon of Precise Periodic Coagulation. V. Gore.

Kolloid-z. 159, 135 (1958).

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742 Rhythmic Precipitations in Glass by Retarded Diffusion. Liesegang Rings.

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744 Rhythmic Precipitates on Paper. M. Milone, G. Cetini and F. Ricca. J. Chim.

Phys. 55, 320 (1958).

745 Detailed Study of the Motion and Stabilization of the Precipitation Front When

Two Reactants Diffuse Toward Each Other in a Gel. J. Salvinien and J. J.

Moreau. J. Chim. Phys. 55, 300 (1958).

746 Rhythm of Periodic Chemical Reactions in Tubes, W. Schaafs. Kolloid-2. 161,

115 (1958).

747 Periodic Processes and Genesis of Secondary Textural Features of Multicolored

Rocks of the Dnieper-Donets Depression. E. I. Vulchin. Mineral. Sbornik. I'voy.

Geol. Obshchestvo, I'vov. Gosudarst. Univ. im. I. Franko 183 (1958).

1959 748 Rhythmic

Precipitations (Liesegang Rings) G. Joos, H. D. Enderlein and H.

Schadlich. 2. phys. Chem. N.F. 19, 397 (1959).

749 Explanation of the Liesegang Phenomenon. C. J. van Oss and P. Hirsch-Ayalon.

Science 129, 1365 (1959).

750 Theory of Periodic Precipitates. G. M. Panchenkov. Vestnik Moskov. Univ. Ser.

Mat. Mekh. Astron., Fiz. Khim. 14, 197 (1959).

751 Verification of the Exponential Law of Spacing Precipitations in Lead Iodate

System. P. B. Mathur and C. L. Sanghi. J. Indian Chem. Soc. 36, 683 (1959). 1960 752 Study of Precipitate Formation by Reagent Back-Diffusion. G. Cetini and

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A Spacing Law for Liesegang Rings (mercurous iodate system). P. B. Mathur and

A. S. Lakshmanan. J. Colloid Sci. 15, 205 (1960).

754 Preparation of Periodic Precipitates on Filter Paper by Means of Ionophoresis.

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1961 755 Influence of Adsorbent on the Formation of Liesegang Rings. B. V. Dhareshwar.

Current Sci. (India) 30, 336 (1961).

756 Liesegang Phenomenon: The Importance of Impurities in Periodic Precipitation.

P. J. Hillson. Trans. Faraday Soc. 57, 1031 (1961).

757 A Diffusion Mechanism for Liesegang Rings I.

Spacing Law. P. B. Mathur. Bull.

Chem. Soc. Japan 34, 437 (1961).



Structural Analysis of Liesegang Ring Systems. P. B. Mathur. Bull. Chem. Soc.

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759 The Concentration Product in Counter-Diffusion. F. R. Meeks and L. A. Veguilla.

J. Colloid Sci. 16, 455 (1961).



Theoretical Resolution of Problem of Diffusion with Precipitation in Gels.


J. Salvinien. Protides Biol. Fluids Proc. Colloq. 8, 30 (1961).




Measurement of the Neutralization of Concrete with Radioactive Carbon Dioxide.

A. Ariizumi, 0. Kondo and M. Makida. Semento Konkuriito 184, 14 (1962).



The Rhythmic Formation of Cacoz Precipitates in Hydrogels II. The Role of
Electrolytes in the Periodic Formation of Caco, Precipitate in Gelatin Gel.
A. Buzagh and v. Fraknoy. Kolloid-2. 181, 10 (1962).

763 The Influence of Nonelectrolytes on the Periodic Formation of Caco, Precipitates

in Gelatin Gel. A. Buzagh and v. Fraknoy. Kolloid-z. 183, 64 (1962). 764 The Formation of Precipitates in Gelatin. A. Buzágh and V. Fraknóy. Ann. Univ.

Sci. Budapest Rolando Eötvös Nominatae, Sect. Chim. 4, 9 (1962).


Periodic Precipitation in Gels. E. Chifu and G. Hager. Acad. Rep. Populare

Romine, Filiala Cluj Studii Cercetari Chem. 13, 41 (1962).


Studies in the Formation of Calcium Phosphate by Means of Liesegang's Rings.

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Influencing Visible Ring Formation. 0. Devik. Kolloid-2. 180, 35 (1962).


The Concentration Distribution of Ions in a Gel Before Precipitation.
H. Higuchi and R. Matuura. Mem. Fac. Sci., Kyushu Univ. Ser. c. 5 33 (1962).

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