SCIENTIFIC ABSTRACT KATALAN-GATEVA, SH. - KATAMADZE, E. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000721110014-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KLTALU;.r,A 312,
MV-42--
Ecologic analysis of the numtodo-Sauna of cultivated and
wild plants in the Thracian Valleyo, Godiahnik biol 54/55
n0.1:157-169 059/60-060/61 (Publ. 762).
it

KATALAN-GATLTA, Sh.
Konstantin Ivanovich Skriabin at 85. Prir i znanie 17 no.
2: 19-20 F 164.

.KATALkYN7 A A.; ABDULLAM, ,S.Gs-, kand. esellskokhoss. mailk;
vit R44MIKUVvy JL,V,,, otarattiy nauchnyy sotrudnik
Zffectivenese of isyatumtIO preparations in orchards. Zashch.
rast. ot vred. i bol. 7 no.'100-27-28 0 162. (MM 16:6)
1. Kubineldy plodovyr sovkhoz No. 12 1 Azerbayfthanakaya
atentoiya Vsesoyuzn6k6 institute, zashchity rasteniy. 2. Glavnyy
agronom Kubinskogo' plodovogo sovkhoza No. 12 (for Katalayev).
(Ar
'erbaijan-Frait-Diseases and pests)
(Insecticides)

AAM, Karoly; KATALIN, Petrucz
Studios on the pathogenicand nbutral film on the tooth examined by
biosynthetic methods. Kiserl. 6rvostud. 24 no.1:56-61 Mr 162.
l.- Budapesti Orvostudomanyi Egyatem Sza sebeszeti Klinikaja.
(DMAL CARIES) A i

L -3214946
ACC N;h . AT6023525 SOURCE COM : HU/2505/65/027/002/ 0119JOIZ3
AUTHOR: Porszasz, J s-Porsas, Ya.; DArgakaX,_TArv_-Barankai, T.; P_a~~~
Gibiszer-__.X /?
Dwin jibiser-For5as. K.
ORG: Institute of Pbysiology, Medical University of SzezRd (Szogedi OrvostudonaV
Egptem, Elettani Intozet); Department of Stomatology, Medical University of Szeged
(Szogedi Orvostudomanyl Egyotom Fogaszati 1clinika); Institute of Pharmacodynamics,
Medical University'of Szeged (Szogedi Orvoutudomanyi Egyotom, Gyogyszerhatastani
Inuzet)
TITLEt Studies of the neural connection between the hypothalanio doproasor and vaso-
depressor &"as in the cat
SOURCE: Academia soientiarum hungaricao. Acta physiologica, v6 27, no* 2, 1965,119-323
TOPIC TAGS: neurology, cat, nervous system, blood pressure, reflex activity
ABSTRACT: The neural connection between the hypothalamic depressor area and tho vaso.
depressor area of the medulla oblongata has boon studied in the cat* It was found
that tho,fall in blood pressure, evolmd by hypothalamic stimilation, failed to develo]
after dorso-ventral division of the medulla oblongata, at the height of the facial
cranial nerve, over a width of 2-3 m on both sides of the center line* Transection
of this kind does not impair the effect of hypothalamic pressor impulses nor does it
paralyze the vasonotor center. Presumably, there is a direct neural connection be-
tween the hypothalamic depressor area and the vasodeprossor area of the medulla oblon
gata. It is suggested that the depressor area constitutes a vasodeproar-or reflex cen,
ter which receives impulses both from the periphery and from the ighor nervous
contors. Orig. art. has: 4 fiml ose Ag* art. in Eng_. )S
SUB COME: 06 SUBm DATE, i0iairy64 ? ORIG RE F: 002 OTH REF: 004
Card 1/1 L 1, 1

MTOYANTS, 1h.S.; KATALIH, R6zha
Inzymatic and chemical foundation of taste sensitivity [with summa17
In Xnglishl. Blofifika 3 no.6:689-692 158. (MIRA 12:1)
1. Biologo-poehvennyy fakulltat Mookovskego gosudarstvennogo uni-
veroit3ta im. M.V. Lomonosova.
(TAS4. physiol.
enzymatic mechanism (Rue))
(MMYM, physiol,
In taste sensitivity (Rue))

KATALIN, Sholl, [Y-ut.ulln, .;0-1]
Some problems of the epidamio' ;gy of hfpi~titiq in the llunlgaritn
PeOPI.Q.'s Republic. Vop.med.vir-a.-i. no.913.23-331 164. (MJRA 18:4)
1. Gosudarstvennyy institut zdravo(J-,hraw.,.rAya, Budayvsht,
vaiigrlyaa

ii'LUILM.
4--Z,
KATAL11al T.,, What we should !mow --'bDut pIrylloxcrzI (Phylloy-cra vitifoai litec%. -p.12~
I .
Vol. S: no. 8, Alvist 1.055 Tirane, AD)an:-La P~VuR
SO: I-Ionthly List of East European Accessions, MaL)., Lc , Vol. 5., No - 10.t Oct. 1956

KATALrh,rc,, A.-
KATALTNICI-A.., SMTANOV, D. "Maneuvers with the assistance of the pharmaceutic branch of
the asnitary services"
Vojni, Glannik, Beograd, Vol 7., No 109, Oct 1953,, p. 70
SO: Eastern European Accessions List., Vol 3j, No 10., Oct 1954, Lib. of Congress

KATALINIC, Aleksandar
Development of pharmaceutical service in the National Liberation
War of Yugoslavia. Voj san pregl 11 no.1/2: Ja-F 154. (ERA 3:7)
(Y"BXACY -
*7ugosI., develop. during partisan war)

WALTITIC, H.
"Vaccination a~;a~st F. & M# disease in Yupo. 'I
BUll. Aff. Int. EPIz. 39, 175-179

TI!
.10, Hrvojc
"The Combat Against the Foot &- Moilth Disease in Yugo."
XV Intt,,rnat'l Vet. Convrss, Stockholm, 1953

KATALDTIC, Hrvoje (Dr.)
"About the Factors Influencinc, the Chmlity of Hyperlj-.,~=,e Sera in gencral, & the
Pig Er-ysi-oelas Semn in Particular." Director of the Vot. Lab., Bitolj I. Dr-
Hryoje
Kataji3jip - chief of the sera dept., Semm Inst. at Kalinovica, near Zagreb.
Vet; I -49-4S, 1934

KOCANOVSKU [Kochanovskiyl, kand.tehn. tauka; FEDER, inzenjer;
KATLER, S.M., kand.telm.nauka- KATALIVIC-UDOVCIC PaLma prof.
(Zagreb)
Welding with electric are which is rotating in magnetic field*
ZavarivanJe 4 no.7:138-W S 161.
1. Visoka tehnicka skola u Zagrebu, Zagreb (for Katalinic-
Udovoic).

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VOLITOVA, Ii. 1. , TATNuwMR6--a6&-p dfarmatsevticheakikh nauk, - ---
*Technoloa of drug forms" by P.E. Rozenteveig. Apt.delo 7
no.3:87-92 My-Je '58 (MIRA 11:7)
(PHARMACY)

- KATALKIN. P.
Their instruction obscures facts. Fin. SSSR 23 no.3:81-82
Mr 162. (YJRA 15:3)
(Construction industry--Accounting)
f

KATALINIKOV I. (g.Leningrad)
Collection of problems on planning ("Collection of problems on
planning managerial operations :Ln commerce" by V.V.Wbovikov.
Reviewed by I.Eatallnikov). 5ov.torg. 33 no.6;64-65 Je 160.
(MM 13-7)
(Gommerce--F!roblems, exercisee, ate.)
(lobovikov, V.V.)

15
DOF
KATALI* IKOV, !G';tkTIY YL ' UICTI 1
750-012
.xi
t'TATMIKA, SOVETSKQY'T'3PG0VLI L:-.~M-
TISTICS OF SOVIET TRADJ MOSEVA.
GOSTORGIZDAT, 195?-
138 P- TABLES-

~Ov KIRAKOZOVA, N.Sh.., red.; LYUDSKOV, B.P.,
red*; HEDRISH, D,H,q tekhn. red.
(Statistics of Soviet commerce] Statistika novetskoi torgovli.
Moskvap Gostorgizdat, 1962. 198 p. (MIRA 15:6)
(Russia-Commerce)

ANDREYEVi B.M.~, BOR&SIM.- G-K-; XATWNIKOV. S.Gw
Two-temperatura. method Of BsParati0n, Of iOnO in a fi%ed ion,-
exchanger bed. Rhimeprome no*6089-393 Je l6l. (NnA 1/+ s 6)
(Ion ex0hange)

S/089/61/011/003/006/013
B102/B138
AUTHORS: Katallnikov, S. G., Andreyev, B. M,
TITLE: Separation factor of lithium isotopag in vacuum
distillation
PERIODICAL: Atomnaya energiya, v. 11, no. 3, 1961, 240-.24L
TEXT: The lithium separation factors were determined by vacuum distilla-
tion using the Rayleigh formula, Distillation tock place in an
electrically heated, evacuated stainless steel szill.. Temperature was
measured by Chromel-Alumel thermocouples and regulated with an ac-.,.,r..v.,-y of
t5oC. Pressure was not measured in the still. 'The abaoluTe isotcpp
composition was measured with an accuracy of Z0,03-0-04 %,. Three sells cf
measurements were made: at 543, 469 ' and 4061C (with oorresponding
lithium-saturated vapor pressures- 10-4, jo,3, and 10'2 mm ffg), A
comparison of the mean free paths X and the distances d between the
evaporation surfaces (of, Table) showed that in all caEes distillation
took place in the molecular to equilibrium tranefcrmation range. For this
transitional region the separation factor ~:azi be determined by th-
Card 1/3

5/089/61/011/003/006/013
Separation factor of lithium...., 31,02/BI38
following formula:
A .2X
2e -,a
2/Mj I
atrans ap f N'M
F+(1-F)(2e_ --e ) A
M1 and M2 are the masses of the isotopes to 'be separated, e is the -K 2
proportion of molecules reaching the condenaer withou* 3ollision, (e -4-11)
is the proportion of molecules reaching the condenser after the first
collision, F is the ratio of the condensation surface to the Total
evaporation and cordennation surface, and a -po/po is the ratio between
p 1 2
the saturated vapor pressures of the componants to be separated. The
u
formula shows that ihe separation factor is also dependent upon zhe m'Lx-.ua1
position and magnitude of the evaporation and condensation surfaces. In
case of Kl-'3, the measured values agree well with the curve drawn on the
basis of the above equation.. It had been assum?d fcr this case thatK.d/x.
P was found to be almost 0.2. These results agree quite well. with 1hoss
from Refs. 6 and 9 (see below).. G. K,, Boreskov is thanked for interest and
assistance. There are 3 figures, I table, and 13 references: 3 Soviet and
10 non-Soviet. The three references to English-language publications read
Card 2/3

B/069/61/011/003/006/013
Separation fac tor of lithium. ~* B102/B138
as follows: Ref. 4: K. Kell ey. US Bur.
M ines Bu lletin, 383 (1935) j Ref.6
G. Burrows. Tr ans. Inst. Chem .
. Ingreog ~_29 23 (19 54)1 Ref. 9: Trauger
et al. Proceed ingi of the Int ernational Sy mposium on Isotope Separation.
North Holland Publishing Co., Amsterdam, 1 957, P. 350.
SUBMITTEDt J anuary 30, 1961
Legend to the table: (1) Evaporation temp erature 1 (2) residual gas prea6m
mm Hg; (3) weighed lithium portiong grams, (4) Li residue after evapoyation,
grams; (5). evap oration r ate" g/ hr (ova por9tio n area: 177 cm2) ; (6) Lib content
:
in the reviduel % (standard : 7- 39 % of Lib) ; (7) separation factor; (8)' d;.
(9)
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406
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Card 3/3

21410
S/089/61/011/006/006/014
B102/B138
AUTHORSs -Katallnikov S. G., Revin, V. A., Andreyev, B. M.,
Minayev, V ~
TlTLE: Determination of the separation factor for lithium
isotopes in ion exchange
PERIODICAL: Atomnaya energiya, v. 11, no. 6, 1961, 528 - 532
TEXT: Isotope separation factor a is determined in the exchange of UOH
and LiCl solutions of various concentrations with the cation-exchange
resins CbC (SBS) and ~3-2 (KU-2), and with Dowex-50. The characteristic
parameters of the ion exchangers were first determined, then a was found
graphically from the difference in equilibrium concentrations. The
greatest difference in equilibrium concentration occurs if the prepara-
tions are isotope-enriched up to 50f;,. In single-stage experiments, L16
in the hydroxide solution was enriched to 48~4o, which produced a con-
centration difference of about 0.25(a-1). Table 2 shows the results with
1N UOH solution, Table 3 those with 1 and 5N LiCl (single-stage enrich-
men4 The selective properties of the ion-exchange resins investigated
are discussed in detail with respect to concentration in divinyl benzene
Card 1/0 1-4,

21410
S/Ov/61/011/006/006/014
Determination of the... B102 B138
E
and distribution factor K Li. Conclusions: (1) Isotope exchange between
SBS, KU-2 and Dowex-50 on the one side, agd UOH and LiCl solutions on
the other, produced an accumulation of Li in the cation exchanger and of
U7 in the solution. a depends on the type of exchanger. (2) Within the
limits of error a was the same for Li ion exchange in LiCl and LiOH
solutions. In 1-5N LiCl solutions, a does not depend on concentration.
(3) The distribution constants for Lj4_H1 systems and a are interrelated~
The cation exchan er with the least affinity to lithium has the greatest
(x~ A similar KH.N~ dependence was found for cation exchangers for which
Li
the distribution coefficient depends onthe.mDlarfraationof 1i in the exchanger
(Dowex-50). For SBS, a - f(log KH ~. The authors thank Prcfessor
Li/
G. K. Boreskiy for his interest. 0. M. Panchenkov is mentioned
(G. M. Panchenkov et al., Atomnaya energiyal t. 7, vyp. 6, 556, 1959).
There are 2 figures, 3 tables, and 13 references; 4 Soviet and 9 non-
Soviet. The four most recent references to English-language publications
read as follows: F. Menes, E. Saito, E. Roth, Proceedings of the Inter-
national Symposium on Isotope Separation, p. 227, Vorth-Holland Publishing
Card 2/0

22140
S/09/61/0 1
Determination of the ... B-102/B138
Co., Amsterdam, 1958; D. Lee, G. Begun. J. Amer. ChEM. SOC. 81, 110- 10,
2332 (1959 ; R. Betts, V4. Harris., M. Stevenson. Canad. J. C-hem.
No. 1, 65 ~1956); D. Lee, J. Phys. Chem., 64, 137 (196o).
SUBMITTEDi January 30, 1961
Legend to Tabl(- 2: (1) Cation exchanger; (2) No. of experiment; (3) amean;
(4) temperature,
Table 3. Li isotope exchange between SBS (5) and LiCl solution.
Legendi (1) Number of experiment; (2) Li concentration observed, -
g-equiv./literj (3) LiCl equilibrium concentration, g-equiv./liter;
(4) fraction of Li in the cationite s FiLi/(RLi + RH).
Card 3/0

KATALINIKOV, S.G.; REVIM, V.A,; ANDREYEV, B.M.; PROKOPETS., V.Ye.
Determination of heightp equivalent to the theoretical plate in
countercurrent ion exchange., Zhur. prikl, khim, 34 no, 12:2669-2674
D 161. (MIM 15:1)
l* Moskovskiy khimiko-tokhnologicheskiy institut imeni. D.I.
Mendeleyeva.
(Ion exchange)

S/076/61/035/006/004/013
B127/B203
AUTHORS: Boreskov, G. K. and Katallnikov, S. G.
TITLE: Graphical method for determining the coefficient of isotope
separation in stepwise compression of the mixture to be
separated
PERIODICAL: Zhurnal fizicheskoy khimii, v. 35, no. 6, 1961, 1240 - 1245
TEXT: The separation coefficient tx of Rayleigh's formula was graphically
determined. The individual process of separation is described by the
Y('-X)
equilibrium formula c< = Yo(1-y) (5) and the materialbalance formula
Yo = 9x + (I - 9)y (6). 1, 9 and (1 9) are the numbers of moles of Che
substance to be separated in the initial, exhausted, and concentrated flow,
respectively. 11, = Z is the reduction of the flow of substance during
separat ion. y 0 , x, y are the molar parts of the isotope to be concentrated
Card 116

S/076/61,/035/Oo6/oO4/013
Graphical method for determining... B127/B203
in the respective flows. The joint solution of the balance equation and the
equilibrium equation determines the concentrations x i and yi in the ex-
haU3ted and concentrated flow of the individual steps of separation, For
the graphical determination, the straight line corresponding to Eq. (5),
as well as Eq. (6) transformed with Z = -, are plotted in a coordinate
system. The tangent of the angle of inclination of this straight line
indicates the reduction offlow of the given step. The intersection of the
straight line yi = (1 - Z,)x, + Z,yi_l with the diagonal y = x indicates
the concentration of the respective isotope in the respective step. The
equilibrium curve and the diagonal y = x were plotted in the coordinates
(y isotopic concentration in the concentrated part plotted on the ordinate,
x concentration of -the same isotope in the exhausted part plotted on the
abscissa).. From the point of the diagonal where y = Y r a straight line
with the inclination (I - Zj) is drawn to the x-axi s. 0The intersection with
the equilibrium curve indicates the concentration of the isotope in the
first stpp of separation. From this intersection, a parallel is drawn to
the abscissa as far as the intersection with the diagonal. A straight line,
Card 2/6

S/076/61/035/006/004/013
GraDhical method for determining... B127 B203
tangent (1 - z is passed through the new intersection as far asthe
!D 2)'
intersection with the equilibrium curve, Figs. 1 and 2 show this on the
elxample of isotopic exchange between BF and the BF -anisole complex. It
3 3
is shown that the graphical determination permits a calculation of the ioss
of partially concentrated products. The amount of loss must be*entered in
the corresponding quantity Z For determining the separation coefficient,,
i* 0 .
Oetermined by Ra
the method is first conducted with the value(.\ I yleigh's
formula. This hypothetical value c,~ is then plotted on the abscissa, and-
the end concentration y I graphically-predetermiried for this value, on the
n
ordinate. The intersection of the ordinate y with the curve obtained
determines the required valuecy. The optimum distribution of substance
reduction over the indiv-idual steps is calculated. In small intervals, the
eauilibrium curve can be substituted by the straight line y ax + b (10).
T~e value x calculated-from Eq; (10) and (6) giver,
Yj M z - (z - 1 yl-b '(11)
1y0 1 a
Card 3/6

fj

S/076/61/035/006/004/013.
Graphical method for determining... B127/B203
The same is made with the second step. Thus,
Y2 =Za*yo + Zab + Zb + b (d 1) b (Z1 + Z/72) (14)
Z + (7,1 + Z/Zj) (a 1) + (a - 1)z
.This equation is differentiated; it yields Z 2 = tP and confirms that Z z
2 1 20
The authors refer to a paper by G. M. Panchenkov et al. (Zh. fiz. khimii,
31Y 19511 1957)t as well as by Ye. 1*,. Kuznetsova, A. V. Makarov, G. M.
Panchenkov (Zh. fiz. khimii, _~2, 2641, 1958). There are 4 figures and 9
references: 3 Soviet-bloc and 6 non-Soviet-bloc. The three most imDortant
references t6 English-language publications.read as follows: T. Y. Taylor,
H. C. Urey, J. Chem. Phys., 6, 429, 1939, A. A-Palko at al., J. Chem.
rhys. 28, 211, 1958; ibid., ?.P, 1187, 1959-
ASSOCIATION: Nlookovskiy khimiko-tekhnologicheskiy institut im. D. I.,
Yendeleyleva (imoscow institut of Chemical Technology imeni
D. I. Mendeleyev)
SUB7,11TTED: September 9, 1959.
.Card 416

KATAL I MKOV, S. G. ; PROKOPETS, V. Ye.
Effect of temperature on the ion',e.xchange eqiiilibrium of
lithim -and a=onium. Izv.vyouebeb.zav.- khim.i khim.tokh-.
4 no.5:772-774 161. (MM 14:11)
1. Moskovokiy khimiko-tekhnologichaskiy institut imeni Mendele7eva,
kafedra tekhnologii razdeleni7a i primeneniya izotopov.
(Lithium,) (Amnonium compounds)
(Ion exchange)

KATALINIKOV, S.G.; REVIN, V.A.; ANDREPEV, B.M.; MINAYEV, V.A. -
Determining the separation coefficients for lithium isotopes in
ion exchange. Atom. energ. 11 no.6:528-532 D 161. (MIRA 14:11)
(Lithium--Isotopes) (Isotope separation) (Ion exchange)

SAPIR, A,.D.; BIRYUKOV, N.,,D.; FROLOVA, Z.N.;
JEGIIIA~ V.R.; SIRWA1,70VA, II.V,; !jVL'IIER1lJ'lTIh'O1I!i,
BLITIOVA, R.V.
&xchange of experience. Zav,lab. 26 no.6:670-671 162.
15:5)
Chelyablnsldy metall'urgicheskiy zarod (for Sapir).
2. Imtitut neorganicheskoy khLmi Sibirskogo otdeleniya
Ali SSSR (Ifor Bi.ryukor), ". Moskavskiy khimiko-tekhno-
logi,.,;heskiy inatitut. Mendeleyeva (for Katalln~.kov,
Rrolova) .
(Chemistryt Analyti,:t~.-J.)

KATALINIKOVI S.G.; SHLYAPNIKOV, S.V.
Calculating the equilibrium constants of isotopic exchange
between water and hydrogen sulfide. Zhur. fiz. khim.. 36
no.W53-855 Ap 162. (MIRA 15:6)
1, Moskovskiy khimiko-tekhnologicheskiy institut imeni
D.I.Mendeloyeva.
(Hydrogen sulfide) (Chemical reactions)

r!
rl
F1
11
"I

i:A f,I
-
i n pu i a t u a - o ---. L~, ~i a et -P 1% r., - ~m, p1 o 7c CN

KATPJ,'N-TKOV? S~G.; GUN C-10II-TSIN' [Yung Chih-chlinj
IBotope equilibrium in the systemo BF~ - f1r. oomploms with
ethyl acetate and ethyl propionate. Zhur. ?.,iz. kt)-.,T,. 39 no.6.7
1393-1398 Je MNI, IS.11)
L Voskovskiy kham1kn-tekhr-ologicheskiy AnitL'.uL
Mendoleyeva. I'lubmitted Feb. 4, N64.

,L 41040-66 T(m)/EWP(j) JW/J'tiD/RM
NR _076VOT66_162 _34570jWC
ACC -,AP6013732 SOU.RC E CODE: -676&70
AUTHOR: Katallnikov, S. G.; Paramonov, R. M.; Kapustin, 1. A.
ORG: none
TITLE: Boron isotop separation using the C6115OC5H5'DF3-BF3 system
11 - q
SOURCE: Atomnaya energiya, v. 20, no. 4, 1966, 345-346
TOPIC TAGS: isotope separation, boron, boron compound
ABSTRACT: The authors determine the separation constant a by single isotopic equilibration,
which comprised mixing for 6 hr a liquid phase In contact with the gaseous phase, and sub-
sequent mass spectrometric analysis of the probe mW the standard on an KV-2302 mass spec-
trometer. The results are shown in Table 1. N
1/2
UDC: 621.039.32:621.039.322.3:546.27

L 41040-66
ACC NRI AP6013732
Table 1. Boron isotope separation constant (with an average dispersion
of 0. 0015)
Temperature, OC aver
5 1.046
15 1.044
25 1.042
.35 1.038
Using an experimental glass model, a study was made of the behavior of the C6H5OC2H5*BF3
BF3 system during extended operation with thermal flow reversal at the ends of the column.
The results show that the Isotope exchange based on the phenetole complex, rather than on the
chemical exchange distillation of the. BF~q dimethyl ether complexlreduces the production cost
by a factor of 2.6, and reduces the volume of the column to one fifth. Orig. art. ham I table.
SUB CODE: 18/ SUBM DATE: 16Sep65/ ORIG REP; 002/ OTH REF: 000
Cord 2/2

_J 3752h
S/lBY62/004/005/008/055
75'60 B102 B138
~MLHORS: Zhdanov, V. A., and-Katallnikov, V. V.
TITLE; Calculation of the mean square of thermal displacement of
atoms in a CsCl-typo lattice using 11austonto mothod
PERIODICAL: Fizika tverdogo tela, v- 4, no- 5, 1962, 1124-1127
TEXT: The mean square of displacement of atoms from their equilibrium
positio'n is calculated from the spectrum of normal vibrations, which is
deter,mined by Hauston's method. The results are compared with those
obtained with a spectrum calculated according to Montroll (Phys. Rev., 115,
18, 24, 1959). The mean square amplitudes of ther-Aal vibrations obtained
from X-ray reflection intensities can be used to determine the binding
forces in crystals, since there exists a relation between u2 and the bind-
ing energy. Here the interactions within the first and second coordination
spheres are taken into account. First the interaction parameters are
determined for a CsCl-type lattice by Hauston'8 and Montroll'a methods.
Then u2(T) is calculated using the relation
Card 1/3

S/161/62/004/005/006/055
Calculation of the mean square of B102/BI38
I . .. . . I '.
'A
W(T)= ~.!(. 1 (2),
where A=Im, g(bj) ia the frequency density distribution of the lattice
vibrations
gw= 6. (kj A ii
which holds according to Hauston (Ref. 2: Phys. Rev. '104i 42, 1956).
Numerical calculations were carried out for three directions with
A1001=0-09803; bilm) 0.08823; btlool=0.15685.
For ~he binding r r0 is valid. The numerical values
parameters J+ +fO>
for and J/- were taken from Ref. 2t and U (T) was calculated f6r T-77'Y,
and T=2000 K at 6 1500X./iu7 decreases exponentially with increasing
Oc,rd 2/3

ZHDANOV, V.A.; RATALINIKOV, V.V.
Calculating the heat capacity of a CsCl-type lattice by the Houoton
method. Fiz. met. i motalloved. 16 no.1:148-149 J1 63.
(1,11RA 160)
1. Sibirskiy fiziko-teklinichealdy nauchno-issledovatellskiy In-
stitut.
(Cesium chloride-Thermal properties)

KATALUP, V.T.
Conference of the workers of the Ukrainian confectionery industry.
Uar.prom. no-3:78-80 Jl-S 162. (MM 15:8)
1. Glavnyy inzh* LIvovakoy konditorskoy fabriki im. Kirova.
(Ukraine-Confectionery)

KATALUP, V.T.
New varieties of confectionery productse Kharch*promo no-4:24-27 0-
D 163. (MM 17:1)
.t .

KATALYMOV, L.L.
Experiments during the studY Of inheritance and variabillty.
Biol. v shkole no.1:29-31 Ja-F t63. (MIRA 16:61
3., U3.1yanovski gogicheskiy institut.
Tmp=biolog.r--Ex,Deriments)
(Variation(Biology))

)I Sul I
111R A
" PPA
16MIJINS All* 06CV1411116 NMI
Tolm. &i. Ing. foif0jusffs (U. S
slow on dcComp". in Wit im-
the wa. Alta Oft n"th tbt"
mobilisrs 4=t1o" of stra- eq-1 to
w rvTS 'Pith .46
aagtu 4bapPe #Ws an noted front da-
4% col the Wit am, c
conpd. otmw- Ptftk bmanre inrrems
06 a N im, found It% th'! fall
and IdtlifimfiN, Tbt N"Mtt jrMths. Addn. Of
duW 'be Ist Umlh, N"S " t',j imorg, N. 16 the
.00
C.C(h ft--m tb. qusna= of CA inert-,
dmmpn. at Mauro W *vWb on mt and
ldtb-Sb tht now 6W4" but I - Um-
but lltmw do 0
=t fectMW bebbve l0olstwimt gmftdyj'. S, Joffe Coo
041 dom mt chv tb, reswts descsibtd-
so
00
too
*0 -00
04
'VIE.
be 0
ASM-11"t- MRIAL LUMICAL LITIOST&OF CLASUPICATOM too
too- so-OW
toloaa olf -0 Got W., All
- --.--r ---------r --y- let I
a ISP ; , I , p it I so An a 8 no 0 9 a
U it AT a 19 S 9 U K At *14
go 0 01 0 0
0 0 0 4 0 0 0 at *~S 0 *
_*-*- 0 * 0 0 0 * & 0 0

a 43 V9 V v A a eh Lh
1,11P 41WW
It
4102
-460
00
00
so
00 c soft pa on towns*
two all 05two-aw
4%. A.
a 16CIA ofralpmw to liming
www o.obw*
A.M. Ice
900
are
nos
bee
u9s
we*
113 ;1-
we 0
see *Go**

Jo 0 9 0 0 0 0
I I a 1 0 1 is 11 11 11 It is Is a 11 a is a it v a if a 36 v 0 Is 0 41 a a a
9 L.-A_X P-A A _JL_j V I I a . I - a--* - j A
14
-00
A. A. KWItes, awl-M. V. Aily
-Repo. Sri. ISO. PffNiarrs siad fm~i~rva
Lemirid W lawn. Cov. Sea &i.. 0 193s:
61-WIN 6;;;Q.-Pot e-Pla. with U1111far In water
0 C am INA elm with 'Mriations of Ildirlegel's WAA. of
nuttleat 1111ft and double mwn, with wW withtmt
0 FIE
a speelial 06ft, "leroelements. via., D. hia, Z"' Cu.
0 MW F isoffies"d I& Obe lattm cam a peat= yiddof I-As -*0
Whem jj'vftms as Mj, salts, but this was due to
*0 -00
tram of e*r6tkinents from the Impure chemicals whkh
o were Still avall" In the pby"o"y " -in. N%11- .00
the mkroeltmots were intevOonally added. nitrate was got
the best Mume at N. Yields of nets, CSPKWIY at gfsiv-
were greaten with the doobled coam. of nutritalf with a =so
so sptdal adds. of ukrothments, but In the absence of the
9 latter. growth was beat In the lencoacd. mAn. Bandhin
09 had t1be greaten effeet In Issereaslatt yleldl. Field and
00. expts. bbffimttd that the depressant effect of too
= a red earth No HYPOSW twat, Sig well as an ani-
00 Wly additled theraosem. Is dependent upon deMeDry
00.1 In aviollable D. Wbts the latter was supplied In WrAll
tmtogta Inerrard yldds~ A
amt., the Sam
similar r44. wif, an Peat wil Indicated de- coo
00
6dwy in both B =. on peat eves3ivtly firned, 8 6*0
And No mused great incitases in yields of oats, Ukrwist
with wbftt OPMan"wOUralts! with Ca$Oj, Plants .200
grow* on soils deficimt in B and Cu often wxmul&te
wg
great quantities of N and ash elements. Una- d is
damaged by a fisbt of Sandy Podsol deficient in D; =90
tux does no SM Wd=s B is SUP14W. eves when this
..... .. ODU Is 001 kkzwd, and SIMMar obstrulsons or.. ota& no a
kITERAlft? deK-*.d._1JPKM-- - TIMIve rWI*T112VV*.
Wool
.0 1 setal't .,At all etc 9141110"
Pro U 0 AV 10 al T--V-V-T--r 117-1 141 MI I Of 0 F1 9 1 IF 10 9 A 4 3 1 1
0 0 It it 11 me a 14 4"
01; '*v *0 000 09090 fe 0 00 00 000 0 0 0 * 0 0 * 0 0 0 0
I : 0 v -
0 :19 0 0 0 0 0 * 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

I t 11 11 U 4 IS 4 Ou At an MR and it all Is JCO
L L a-S-1. 4, A--
-:j
15

0 ft" to a
a
0 pitz"Doe Cd R imp
IDIOM and Ot wheat i
The pm.~ewe
jurkaw 461~CJAI Wait
mproved At Ww"m

016
med
n
on
A 6 S L A *fTALttwrOCAL LITC0.14AE CLASINFICATNOm
3 U 0 it so it
ft it It Id 411 1 of 'I R It 11 It 14
b 0 6 0 0 0 0 0 0 0 e 0 0 0 0 0 0 0 0 0 0 4
0 4-* 0-0 0 0 0 00 0 so# 0 0 9 a 4

RY 'Ufa".
4v,~ moliq
, 1, - 100h).- -
If"
-90
Out barvests of das in "W
i
h
i
d
09
w
ne wd treate
t
vwboame Ma
of B mot awy mutrau"d Ila in- -
Ass and ma"M but actually
Chas, Plaw

coo

190

boo

'.Z.

J1441
w a

",
AD #11
OEM
J!"Al
0 # * 0 0 0 0 0 9 0 0 # a 0 0 0 0 0
1 0 0
lp * 0
00000000000990V 4
09*0

I its* 78 0 1411QUISISM17 N "Imlin Diss. -29 11 12 2 id is 36 3: x R a 41 41 0 of 0 co
I r ]k IL 0 L X p -4 1 T .1 f T r cr of d _A_&L_&_A______)_~,-,
151 A., J-~ toot*$
aqvw) IOU.' No. S. 43--Ad)u"in4 ti- CIA'us
f,,tk)',U;t typts of spa* to whkb How wu "&,d dki WX
CWmt the Adduc
00
'W mixts. of MA. a. Cu. Zo. I end V. of Mu ulut H, MD
end It akme to the ov"Umed WAS to Whkh R 1WLW (CftW#cf
vres "kA tRousbt out the 6410wi"If fe,
two," Whit AA mill. tA ltlirfcdvm~uts, 8 + ?,In# WO It 0
00 a A1WW (he &Z grew Wirway notwuhNIPWAW1 the Ofs~
timing. The mw rtsuILA wen obmbwl w Ith tumiud.
J.H. JAC
,3
it Woo
go
1169
I AD
~-,Cf ,v"
!gj "so
AS*-ILA WAMUKAL UfflAtLAC CtASUPKATION I I
S44003 M 04. OR
AV go __ to
44 an 191t It act t ccW&O1ni1_M V 64 0 H I V so 0 A
44W
1 -,1, A
I
-------------

0 0 0 0 0 0 0 0 0 41' r v0
1 0 It 11 11 U1141? U to 1. h.6 It n it A. 11 vIt
The use of p1rito sisit as A cOPPef W1111191' %I
P 'N. xt"11111m. j 14""1 "W"I
~41111v' !!1"'
S. N,,A.214 '1,, 141 1~I
t". fivil it, 00,111. 111 Ing 01 1~. pcM, -ik. bv Vvm
hamsfill An'l I -m I'latit,
00
go .911,
A I 4I L A011MVPFAAL LITINIVIVAI C1,0111FKATION I Z-
IV. 6 111. too
J.7
'VtcV 6% 1 &A A
10 IV IV It 'I IV IV
0 0 0 0 0 0 0 0 0 9 0 0 0 0 0 0 0 0 0 0 0 0
~~q 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 00 Oe *0 09 so 0 111 0 9$0 0 0000 0000

t T
-A

fit
N N, It 1 14, t"" 4,
"

111
I L AWALLURMAL LITCRA160t CLASSIFICATION
00 It: jai
a0 -alp", If -1 a---*--
M at K It 91 9 K 11 Zf It 9
0 0
ow 0-0
A 4 19 oil* 0 'w a
a a 6
A I
114,747-11
1~ uwd clumstv a4 frr
1-iffictl for
it. m vri'vAt"
=06
zoo
'09
Q-
kw n I:.l. A % v 0 1 90 0 a a 3 2 v

K,L-ALr,.',OV, M. B.
OBori'6AcId from Domestic (Russian) Raw Materials," 1. 14. Xurinan, L. Z. Berlin, and
M. B. KatalZmov, Nauch Inst Udobr i Insektofung im Ya. V. Samoylov. pp 67-71 (1939),
Khim Referat Zhur 1940, No 6, PP 97 (Mm: Inst. Ineact/Fung. in Ya. V 5.,imoylov)
SO: U-23*9, 8 April 1949
77

YaTALymuv, M. V.
"The Action of Boron on Chernozem Soils," M. GurevIch, and M. V, Kataly7,,ov, Cheud8atlon
Socialistic Agr, 1940, No 11-12, pv 89-91, Xhim Referat Zhur IV, No 6 -op 61 (1941)
Inst. Insect/Fungl In Ya. Sumoylov)
so: U-237/49, 8 April 1949

0 0 0 S 0 6 0 0 0 0 a
41 zi is a A A Ir Il
L L A 0 Q M
tcOrtlik"s
; i ;0
W 31 ~v n A V v W Q .1 .0
'i k
The use of
St a fortiliser 1.1 V Ket.1 :-go
-J. Che". Ind. (U. S. S. It.) 18, N17"-I.-
41141), t'Arw. 'revirp. too, 1, ;Q41' clu'le 1CMrinaline
11011 'AlMlimilAble for Pt&ut- and there.
fore t-sonot be med as & H (crtiliwi, without ch"o. Treat_
inent. '11he simpkest treatastat is fu%ion of the tourmaline
3 with lime. Vegetation rxpts. showcA the tituduct so ob.
lained to he suitable as a it fertillter. M. G. Moore ,0=06
00 J,
SO 1)
tow
00 a
I A AtTAktW'rKAL LIT944 TVH CLAIMPKATIOW
TV P to C9 61 K It R 9 K f9 it It
0 0 0 0 0 0io 0 0 0 0 0 0 0 0 0 0 0 0 0 4
~loseefe'loooooosoooeog004000160000000060000009
ze o
'o q
00
two 0
0 0
tie*
tI*o
lee
1
don i xk
0 0 0 0 0 0 0 0 6 o o o 0 0 o
01

0 0 0

00
00

-0 0

"
fertillration an podtolIzed anu
The effectiventu of D
d
S
P
4
S
ili
M V K
A
W
d
e
.
.
.
'
t
y j
av
s
-ty
00 o1b mi
7k1942, No. tv. with lHolzolitt'd JR-at
it red Wths EINFutxjrlktc the fiaoftog~ of (OLIS flut Is

It is
sod
f hinin
th
ti
l I
th
dd
-
-
e caw o
m
a
n
us. am cv&n
g
00 a
It lo anho-ral combinamm i.
th
i
dd
il
d th
r
n a
so
s
at
millpsle
waAW out kmiull only or-, forms (it IJ to pmvidv, thi, ;:!I
1-t
t1cumat. Upon the addit, of Ca the It rcleascil front thr
b1
il
f
t i Timoo
u
or"11.
a
nto unava
am. matt" is rotivtrw
J. S. ],&I- Ire 0
ZOO
of
zoo
c7F.4 ~xl
=00

A%-Itt A.11ALL4AWAL L111*ATjS!
'St
00
U VS Av- 0 0
tf to 30 M w It It 9t it ft ts Al S N 0 gf k jj
-
0 0 0 010 0 0 0 0 0 0 0 0 0 0 0 0 0 0'a * 0 0 0 o
0 0 W-gio 6 Go 9 0000 00 0
0 O:i ooo go o
0 0
0

KATIMY'r"Ov, K. V.
(See Karman, I. M., and Gurevich, S. Nt) "The Uptake of Boron forn. Soils by Farm.- Cro-Dq,"
M. V. Katalx--ov, CoT rend acad 9 ci USSR, LIII, pp, 821-5 (1945) (Lnglish) (SM Inst.
Insect/Pang. in YR. . Sanoylov)
SO: U-237/49, 8 April 1949

Tell I
Sal P I F a 1 4 1 Is, Is 1) to it 4 0 1 Ai .4 0 j
a. 1. 1 A -P L. as I It L-ft- it . r Q R 1. v -t- L 4, 4A a 4
ti-
00
The uptake of blaron from soils by faim crops. xt V.
Kmal d. 'lead. V.H.S.s. 53' 1"
vatiov OT feat it, . i
as 'JIJTATN~t mgli; ). -T It a-milrill III Isilliff Isv.
wilitt-T sahcm, .1w,lig h,.It, -lit. 11"'. J~.Uqml. 6.1,111 -
lkvt~, ttailaij,~. cl-wrt hav. aml ~lagm I%v( ",%. dt,td. %1 0
Is ifyr%f little "11 I'ILIVIl' gr1i'vis w) stilb
little 44 It. 11tv willialac III It ViAl '.' 10 .1 lilill I RIVAIVI ill
I.,hict wall l1wit Ill %wil liatill.1 Ij -00
00 it IAvI4 all-I I)III'll'it, .11,101A Owl III Illeir..- tit
It alsang Willi all ilictir.t'ir ill vit-M. Willi Its%. Itul. a
09 .3
.1,.T,1XVI., 1.0,10 lvt~t. Atad tvattlip'. the milln If 11 fi-tillin-T,
Ille Ill i,wIr4-J tht- vid'I III starlit, . lop. "ll'i ilim I- J
-wp. .-I
3 the ti- qJ It fi-ttilil~l, al'sVe Ith 1a`41.11 " 1,1;tlt, to 1,
The 11 IIIIIAlit' ItY j(11,1111 1-11014's VATil J
~bl to 441 X. per tanctare; Isar fL%x froin.15 to 711 g. ; law vlowi
hAy ft.111 4' to 114 g. ~ f4w iti-tativi (starts 53 it, INI if wid
fair ront-i4-urt 1141111 M ill Itc, N. I - F. W.
i Jso
we 0
.900
all,
a
A trip*
I I - I L A OITA LtMCK&L 1,171[211110111 CLAVWKAII" C-2-
svfi-vl~ .11 1~11 Visa
U a AV so .6 N 0 as Is, I
0 "OPIPPIP11 an No man at 0 "D A As 4 0 v
0 0 0 0
:10 00000000 00 0 0 000 0 1111-4. *1 0 0. 0 0 0 0 0 0 0 0 0 09000901

go AT -40
!
N,
06
of UIAIAI 11" D ("Auln"IricAly) gave
(tit following &V, results: MAjjnrr on straw l4tcMill
2D.1-21.3 mA./kxl; peat 0.7-12.3. manute a%h 67.7;
*a J. pest g3b 30. ; cmI a4a 41.6; dolomite 3.".0. rryst.,
4.5; xWorphow M Q: Imber A%h If
00 01 lyinitc A 2 * CA
HOW T"Yjalite 12.3;
=10. I .
Go d crudeXII.Cl
00 2.1. Crude (RIL).W, a 2. &petite sulterphotphair 0.3;
aRf!h, NII.NO*. UrrA 0.0. 111,ti.
crude KCI, N,
00 a Mates of I, intsoduml Iy the various fertilizers under
H MWtly ill
Russian practices &TV made. Peat contains
w.ter4nvol. form; hem its utilization inust depend w,n
talueralissitkM,
0
0
''700
00
ve
j-99
tie*
I L A
if ftllAIkL*,'~,KAL Ll-UNAILINk CLOSIMA11014 tr .. .... iCleo
We 0
t
a it is it Cta a a of a K n n is n- 1 An i I N v 04
lvlcl~
0 0 0 0 0 0 0 0 010 0 0 0 0 0 0 0 0 6 0 0 0 0 0 a Gi
0-0 0 -0 WO 0 0000 0 00 00000-0 0 0 0,010.t 0-0 0 0 a 0 * 0 0 a 0 0 0 6 00*1

2 Ayii 1"Ornuid-. Uolbrerliy -H--a
ivtAy TulAle~moy :~essii, PL, v-,,:,i sh. c1 i13tol-t-iyu
SO L~atovis', Ito.

- 7j
-fw ,
0
"- -:j~_
_ #7-j- ; - i
:
d V 4 1
P w IF a i
4 a it _t) Tj IN XJ
P
m
Q
~
-
.-
*0 if

00i
31

0 a ._'a-
so*
'00
I"Ruriser of SmI Arivilly so Intake of MmOSS"irw bt
d
-
On ItImiall.) W V. Kati%lysinw. 04hull; Ai
rinii Nitut NNSH (Hrj%,;f% tit the Aradetly 411 Svlv1h'v%
ul flip USSIO, itew wr., v~ 71. Alit. .11. 110A), ji~ 1091.
00
Too
06 o t Atxn-c Pmblern wax investigat"I for mts, ImIalpm,
*
il
l
l
t)
f
h
1
6
d '
t
yn
e %o
wavy jux
t
vrr.
nie aci
i
c
ity u
flax, 8114
wits tvirstrolled by addition vf arid ana lhuic nittligen
,
(t
h
h
hi
h
l o 0
it
er
e
t
at, t
fertilift-r. Tabulated data mra
g
f %f
hi
h
l
h
c
it w
e atimiant ci
arklity tit the soi
, the Lusm t
v4n be utilized by the plant.

41 at

too

too
vv*

0

it P It OF
it At a
I

0 to W*
0 we 0 0 0

Effed cl Umiqg to "bility of boma in the ifoil and iu
airmlabififty to plaub. KAtolyrnov and S. 1. Ryabova.
Poklaily.4bad. 4401M0), Incrr.Au-
.11 filtw Cullen. ill themAl kallb to drcrrjl~ o[ 11 oillivill .4
ckmr jilatill al"I todecligir of M.I. Loill. of If i'1 tile -11
116 6 west evoit aft~t-`l vs...fi~r pjdicmims~
1% (ACilitatni bY Oil iJlCrrA&e 111 M-il J,-Wi[V. C4. Mig, J10
SWR hAVT 1104V,-1,

Causes fit demased atraUbilltv of boron to plants after
liming of mi. Nt. %% kmAly"W'. 114"id -r Akaj Aakk
S.S.S.R. 16, 43. 1711c. The de-
cw~_%esj a%iraijability of ti after liming appears to be caused by
formation of esters of butirwid with 1~lv tmnic ak-,. of the
_.i): tbt-.c are much vitwe %table ill sieutt.1 or weakly alk.
inediA thitn In arid rucilij. While inustard plantl grow
vefy pomly in unlimed licat, o%ing to the acidity of the loi-
ter, addit. of lime does not aid the giowth materially and.
Illaut development was abnormal (flowers formed. but vvil
forination did not clovdr), indicating 13 deficiency. Adtlit.
of further atuts. of B IcxI to nomial gro%th, Simil3r m-
vults were obtained with chcriscirrin %oil. If these orjjn.~IIN
c,,tnpds. :it, ashed and then introduced into the culturr,
the P14"t development I% nartual, indicating the col-Trct.
ness of the above-stated hyoothc~i%. Stich oxidAtion of the.
ors. matter leads to a Vold i"ctri'c nf the 'it"t . of viater-
sid. It In rhernotem, 2-ftild for "Itol and kta~nniteiu; ill
.111 ca.". 4,lilnl. borales %ere cfTvvti%v in brititing alwout
mirinal growill. G, M, K,)w)t-lr)nff

A[. V. Kat
S.S.S.R. 77, 447-8(193T).
values of Mn (in mg./kc.) we: manure with 10traw SM:
peat (dftp lying) 326; Peal WACO 43; maduft Ob 1 -17.
(W-4t &A OW-1097: ash I'Mom Mal ": ash of birich 21270;
**%4% of oak 147W; dolomite meal 108; chalk 58; unsUked
little 194; phospborite m&d.VI -02h). bone awO.1.5: apalite
w1wrphoslihAte 142; *61 &'..W (from Kffch pUnt); svl-
vinite. cozaallitc. antl related minerals 14-70: sultpricr 0
UT" (I; ammonium sulfate 42; ~Ca cyssiamide t 5.
G. M. Koswapoff

KATALYMOV, M. v.
I~M/Chmistry - Goils 21 Sep 51
"Fixation by Soils and the Washing Out of Boron
Pertilizers,," M. V. Katalymov, Sci Inst of Ferti-
lizer6 and Insectifungicides imeni Samoylov
"Dok.Ak Nauk SSSRII Vol LM, No 3, pp 413-415
Boron vhen added to soil in the form of boric
acid does not become fixed to the soil and washes
out readily.
p 77~

KATALVOV, N. V.
KIriALM1,OV, 11. V. - "Dynamics of the Mobility of Bristly Foxtail Grass
in Sod-Pod-,olic Soils in Connection U'ith Its Uizing and the
Effectiveness of Boracic Fertilizers." Sub 16 May 52, Soil Inst,
Acad Sci USSR. (Dissertation for the DejTee of Doctorates in
Agricultural Sciences)
SO: Vechernaya Moskva January-December 1952

2Z7
p n
RA~j 105", 325-~;6' ef t A
1- Fx;,t5
H I
-'re,
th,
t it

USSR/ Agri cul ture F11, a rt ptrs'~olog-7
Card 1/1 Ptb. ?2 46/5a
Authors I Kstualj,-WV~ M. V. . ard Shirs ",v3 A, Ax.
Title I T*hz content of Co in planto.~ ao-.11 and fertilizero
Periodical t Dvk. -0 SSSR 101/5j 955-9573 -Ap-- 113 1955
Abstraot I Bacrn=s of th* high Go mtritional. values in tha fm,~ag ot
anivials, the suthons investigated tIm Go -Iontent in varicuo
it'-i t L o n t 7-v-
Presented by i kc-ademici-sn S. 1. Volvfkovieh, Septomber 19,c1

rl uct 4, r! P, ~l

USSR j
S7oil Scionce. )!inural reXtilizorn,
Re f Zhur -'-'I u.-1 o tz iY aI 11c, 19 5 -3 , V 05 3 3 9 5
Authcr Katalymov, M.V.
USSR
The Forms of Yineral Fertilizers ard ".hQir '."Sfeo-.
tlveness
orig. k,:b- V sb.: Vopr. geol. aj:!ron. XUd. K., AN SSSR, IQ56,
24-34
A,bstract The author conparez the types of nineral fertili-i
zers produced by dome3t'C industries and selects
'L
from orioni,
the moot pronisinp, ,them. 2Varioniun
nitrate is the basic! nitrogvn feztilizer for the
present and near future, deoplte the fact that
it is only 60% effective' in aovpar~Lson with phy-
siolocioal alttalinc fertilizers on ccid soilsa
1~ has to be neutxalized and granulated. Calcium
nitrate has to be run off In acid soils. Ordinar_~,
Pc , particularly in,granulax foria, is on the Idle
the most advantapeous phospho--us fertilIzer in t
Card.- 1/4

10 OP evzItry
kathnr
ilm-lu tut.
I~bstract
53"95
CUSSR. At the sarie tine the output of doubj(3 supert
phosphate, precipitate, arinophoo, thermophosphate8
and especially phosphorite fertilizirs must be
increased. Potassitact chloride, compri9i,'18 3/4 of
the cnti~rc assortment of potassium fertilizers
will remain as the basic type. The follo,.,jin,-, have
been noted among the nicrofertilizars: Supexphos-
phate contfiininiz boron, borodutolite fertilizer,
pyrite cinder3. The follo%,iinf!, have been noted
arnone, the nagne8ium fertilizorn: dolomito, magnes~
C-ard: 2/ -4

C juAtry IT
Jo,=. 53395
Au,-,h,- r
Instit"'t.
Title
;,b:3 tm- ct sr. 1 fri to anj mvtne5lum Lill~tutea. The peneral.
Ovaluation of 'the effocti7eness of thelie fertili-
zers, based on their correct application under
the oonditions prevalent in the U"-J'211 hn3 beer, pre-4
sented in the following table:
"ipricultural 11 P2 05 K20
product
Cotton wool 12 6 2
roots 100 70 40
i Card.:
3/4

try
ceAncn-y
5 3) 9 5

Ti II-le

fbstvtct Continued
Agpicultural IT P*:)o
5 K 0
product
S
b
t 6 ee
ugar
1
10 6

suga.- 120 80 6o
Flax (fiber) 2.5 2 1.5
"Unter wherit, rye 25 25 4
Card: V.11. Prokoshev
'A
4

J~A TA 4 Y/-r7
USSR/Diysiology of Planta. Mineral Nutrition 1-2
4
Ab,n,,'Jour : Ref Zhur-Biologiya, No 2, 1,958t 5650
Au~hor : _K,_,.3.,_Xatgl7mov
Inst Not givan
Title On the Content of Microelements in Plants DeDen-
ding on their Specie Characteristics and on ~he
Soil Propert4.es
Orig Pub : V zb.: Mikroelementy V. 6. ph. i meditsine, Riga,
AN, Latv SSR, 1956, 81-88
Abstract : The content of microelements (B, Mn, Cu, Zn) in
plants depending on their specie characteristico$
and the effect of soil conditions on the content
of microelements in plants of a-.single specie
were studied in two field and one vegetative ex-
Deriments at the Dolgoprudnaya Agrochemical Sta-
lion. The content of B ranged from 2 to 72 mg per
Card 1/5
ween I *5-td_ b, ffg-,-wit!C_the grea est content in
bean seedst sunflower_(8-8,5 mg)t in the roots of
forage beets (7.1 mg), and less in wheat straw
(1-5 mg), The Zn content ranged from 16 to 65 mg
with the ma,%Umum in seeds of wheat (65 mg ), sun-
flower seed (52.5 mg) and in the leaves of sugar
Card 2/5
Card 3/5

USSR/Physiology of Plants. Mineral Nutrition 1-2
Abs Jour : Ref Zhur-Biologiya, No 2. 1958, 5650
I
Abstract : greatest quantity in the seeds of flax (20.5 mg),
the green mass of lupine and in the leaves of
otato (18 mg), and the smallest in wheat straw
g) and the roots of turnip (4.2 mg). The con-
M
tent of Zn ranged from 20 to 240 mg with a ma-
ximum in the leaves of edible beets (240 mg),
mustard straw (231 mg), semisugar and forage
beets (224 to 210) and potato leaves (200 mg),
and a minimum in otato tubers (20 mg), the
roots of turnips M mg) and cabbage (35 mg).-The
content of B. i1n, Cu, Zn in clover, barley, flax, and
mustard changed considerably depending on soil con-
ditions. The smallest content of B was noted in Dlants
grown on surface peat and lime podzol agrillaceous
soil. The greatest quantity of Mn was received by,
plants from Dodzol agrillaceous soil and the
Card 4/5

USSR/Physiology of Plants. Mineral Nutrition 1-2
Abs Jour : Ref Zhur-Biologiya, No 2, 1958, 5650
Abstract : smallest from syerozem. The smallest quantity of Cu
was rec6ived by the plants from peat soils.
Card 5/5
USSR/Chemical Technology. Chemical Producte and Their Application Felt1lizerr)
1-6
Abet Journal: Referat Zhur - E3jniya, No 2, 1957, 5o63
Author: Katalymov, M. V.
Institution: Academy of Sciences USSR
Title: The Problem of Minor-Element FertilizerB
Original
Publication: Issledovaniya po pi-110. k7blynii, Izd-vo AN SSSR) 1955, 325-336;
Khim. nauka i prom-stl., 1956, 1, No 2, 155-159
Abstract: A review. Importance, application methods and efficacy of minor ele-
ment fertilizers containing B. Cu, Mn, Zn, Co., Mo, I, according to
data of experimental vork in USSR and abroad. Bibliography, 7
references.
Card 1/1

- . - A--f.riatica dl5a la~ = -- -1 1 ,,

rATALTROV, Kikhail Vasillyevich; nYGELI, L.V., redaktor; IORNMU,
V e~g ne' MY- -retor
(Trace elements and theiT role in increasing crop yields] Yikro-
elementy i ikh roll v povyehenii uroshainosti. Moskva, Goo,
nauchno-tekhns Izd-Yo kbim, lit-ry, 1957. 63 P. (yd-u io.-6)
(Trace elements)

7-
USSR/Soil Science Hineral Fertilizers. J.
Abs Jour Ref Zhur - Biol., No 15, 1958, 67961
Author Katalymov) M,V,
Inst -_ ~cient~ific Institu~te of Fertilizers and Ins ecto fungicides.
Title Some Achievements and Contemporary Problems of the Agro-
chemical Study of Microelements.
orig Pub Udobreniye i urozhay, 1957, No 10, 4o-47-
Abstract The results are given of investigations of microelements
conducted by the Scientific Institute of Fertilizers and
Insectofungiaides and other experimental institutions.
In the Institute the content of B, Cu) Zn, Mn, and Co of
various soils was measured. Information is given on the
forms in which they are encountered in soils and on the
microclement content of harvests of various kinds of crops
GTown under identical conditions on thick chernozem.
Card 1/3
49
USSR/Soil Science --Minerall J.
Abs Jour Ref Zhur - Biolij No 15, 1958, 6,1961
Of all the micro-fertilizers, the most significant for
the agriculture of the USSR are boron and copper. The
soils and plants which react to application of micro-
fertilizers are mentioned, and their effectiveness is des-
cribed; the results are given of several filed experi-
ments conducted on experimental stations and on kolkhozes.
Froms of boron fertilizers likely to be morewidely used
are: doulbe and simple boron superphosphate, precipitated
magnesium borate, boron-datolite fertilizer, and boric
acid. POt experiments done in the Institute with thermbo-
rates demonstrated that in them the B is in a form assimi-
lable by plants soluble in L'cp' citric acid). Research is
also being done on frits (glass micro-fertilizers).
Copper fertilizers are applied in the form of pyrites cin-
ders in doses of 2.4-4 kg./hec"U'are of copper, i.e. about
one half of what had been previously recommended. Accor-
ding to data of All-Union Scientific Research Institute
Card 2/3
-USSR/Soi-l-rociL-nte---Mineral- F drtilii-ers-o-

Sol@
KATALTMOY
Mobile boron content of soils and methods for its determination.
r-----~~)Clwith summary in Xnglish]. Pochvoyedenie no-8:53-58 Ag 158.
(MIRA 11:9)
I.Nauchny7 institut po udobreniyam i Inskeofungisidam.
(Minerals in soils)

Ya.V., glav. red.; ALIM,, G.A,t ekadevdk., red.; ABUTALYBOV, M.G..,
prof., red.; BERZIN, YA.M. [BerzinssJoll akademi-k., red.; V:ENOGRA-
DUV.. A.P., akademikp red.; VLAMK, P.A.., akademik,, red.; VOYNARj
A.O..,.prof.,, red.; DJIOBXOV, A.A., prof., red.; KATALYMOV,-M.V.-,
prof.p red.; KUVALISKIY, V.V., red.; KOVDA-p V-W-7red. ; IWROV-
ZIKMW,O.K.p akademik., red.; IYMOV, V.A4# akademik, red.; FETM.
BURGSKIY, A.V.p prof.p red.; SINAGO, I.I., red.; CBMIOV, V.k.,
prof.,, red.; CMISIMLI, Sh.-F., red.; SHKOLINIK, YI.Ya., prof., r~41
SHCHERBAKOV, A.P., kand. selikhoz. nauP., red.; VEMANOVICH, A.,
DYMARSKAYA, 0., red.; Y-LYAVINYAIA [Klavina, A.], t~~. red,
[Use of trace*elements in aviculture and medicine; transactions)
Primenenie mikroelementov v gel'skm khozinistva i meditsine; trudy,
Riga., Izd-vo Akad,nauk Latviiskoi MR, 1959. 706 p. (MIRA 14:12)
L Voesoyumoye soveshchaniye pa mikroolementam. A. Baku, 1958.
2. Chlen-korrespondent Akademii nauk:SSSR (for Peyve, Kovd4). 3. All
Azerbaydzhanskoy SSR (for Aliyev). 4. AN Lattlyokoy SSR (for Berzin).
5, Voesoyuznaya akademiya sel'skokho2yajgtvennyk'h naak im. V.I.Lenina
(for VlaoyW-.p Xedrov-Ziklmiap). 6, AN Belorusskoy SSR (for Leonav).
7* Chlen-korrespondent Vsesoyuznoy akademii sellskokhozyaystvennykh
nauk im. V.I.Lenina (for Sinyagin, Kovallskiy). 8. Chlen-korrespondent
A14 Gruzinskoy SSR (for Chanishvili).
(Trace elements) (Biochemistry) (AgriculturD)

NATALTMOV, M.V.; OMMUROV, V.M.
Agricultural and chemical evaluation of Precipitated magnesium
borate as a boric fertilizer. Khim.prom. no-7:604-605 O-N
159. (MIR& 13:5)
(Magnesium borate) (Fertilizers and manures)

KATAUMV, M.V. j CHMONOV) VA.; RYABOVA, S.I.; KNYAZEYA, M.A.; SB2ZMQVA,
Z.S.; PALILUVA, N.I.; GORLENKO, M.V.
Studying different ways and methods for applying trace element
fertilizers. (Trudy) NITJIF no.164s53-54 159. (KRA 15:5)
(Trace elements) (Fertilizers and manures)

E!LAL-YF,OVa-.Yp; UNMYANTS~ T.P.; VOLIFKOVICHA, s.i.,, akadertik,, red.;
ORIDVA) IeA#p otv* red.; GONCUROV, N.G,o tekhn. red,
(Production and use of trace elements in the U.S.S.R. and abroad]
Proizvodstvo i primenenie mikroudobrenii v SSS i za rubezhom. Pod
red. S.I.Vollfkovicha. Moskvas Vses. in-t nauchn. i tekhn. infor-
matsiij. 1960. 37 p. (Trace elements) (MIRA 15:6)

KATALTMOV.'.Mikhail Vasil lyevioh:-.VINOGRAWVA , X.G., red,; SPERANSKATA,
(Trace elements and their role in increasing crop yields]
Mroelementy i ikh roll v povysheni 'i urozhainosti. Izd.2.
Hoskva, Gos.nauchno-tekhn.izd-vo khim.lit-ry, 1960. 74 p.
(Plants, Bffect of minerals on),,, (HIRA 13:10)

KATALTHOT, M.Y., otv.red.; NORMST, L.I., red.; SOKCLOT, A.T., red.;
' LICHEN' F*T,, red.; UNANTARTS, T.P., red.; DaUXPMT. R.I.,
red.- GRIGOR113VA, A.I., red,; BAUOD, A.I., tekhn.red,
[Manual on mineral fertilizers; theoretical and practical
aspects of their use] Spravochnik po minerallnym udobreniiam;
teoriia i praktika primeneniia. Moskva, Gos.isd-vo sellkhoz.
lit-ry, 1960. 531 p. (MIRA 14:1)
(Fertilizer& and manures)

KATALMOV, M.V._,._,prof.
On the 75th birthday of O.K. Kedrov-7,iklman. Pochvovedenie
no. 5:116-117 MY 161. (MIRA 14:5)
(Kedrov-Zikhman$ Oskar Karlovich, 1885-)

ASKINAZIl D.L.j VOLIFKOVICH S.I.;_)~AZ PETXIHHnWKH, A.V.; \\,
SOKOLOV, A.V.; iaziNv S.G.; SHKONDE, E.I. ,.,-
In memory of Oskar Karlovich Kedrov-Zikhman. Fochvovedenie \1
no.7:.126-127 Jl 164. (MIRA 17:8)

KAWLYMOV. Mikhail Vasillyevioh; VASILIYEVA, S.G., red.
[Trace elements and trace elerent fertilizers] Mikro-
elementy i mikrcmdobrenlia. Moskva,, Khimiia, 1965. 330 P.
(MIRA 18:5)

% I t
KATAMADZEO E. 1.
"Effect of "Ibbossing' on the Growth and Development of Grapevines.!]
Cand Agr Sai, Sakar Zonal Experimental Station of Viniculture and ViticultiLre,
Acad Sai Georgian SSR, Tibilisi, 1954. (KL, No 8, Feb 55)
SO: Sum. No 631, 26 Aug 5,5-Survey of Scientific and Technical
Dessertations Defended at USSR Higher FAucational Institutions
(14)

USSR/Cultivated Plants - Fruits. Berries. M
Abs Jour Ref 211ur Biol., No 18, 1958, 82547
Author
-Tit2.e The Effect of Pinching-Off oil the Yield of Grape
Orig Pub : Vinodcliyc i vino(,radarstvo, SSSR, 1957, No 6, 26-28
Abszract : The effect of ptiching-off on the yield of commercial
grape varieties TsolikoLLri and TsitsIm vns studied dv..r-
ing 1948-1953 at Sakarslmya Experiment Station in Western
Georgia. Only the slight pinching-off (removal of 20-2%
of the leaves) dcxing the period of the pause ill the
growth of the shoots (the end of July - the begiluiinE,; of
August) increased the yield. The later the pinching was
carried out after the pavse in the growth of the shoots,
the lover was its effcctive,~,ess. Intense pinching-off
(removal of LIP to 50% of the leaves) lowered the yield by
12-17%, expecially with zzarrying it out dx1ring the period
Card 1/2
153 -

USSR/C.,.ltivated Plants - Fr-cits. Berries. m
Abs Jovr : Ref Zhur Biol., No 18, 1958, 82547
of i:-,to-usive Lxomth. Dotavioratim iii the q~aality of
the yield took place along with t"As. -- N.A, Goliko-
va
0
Cara 2/2