SCIENTIFIC ABSTRACT KHAYBULLIN, I.KH. - KHAYDAROVA, R.N.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000721920003-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MR.

20(4). 21(5), 24(8) PHASE I B" LICrZITATION S~OV/7457
T205OYuznaYa nauchnO-tokhnIch*sk&ya konfem~tslya po primenenlyu
rwUoaktlvnykh I otablllnykh Ixotopov I Icluchonly v narodnom
khozymystvo I Cauke. 2d. Moscow, 1957

?s;2otekhnIk& 1 gldrodlnamlka; trudy k~ferentsll, too. 4 (Heat
Xnglnw*r1ng and Hydrodynamics, Transactions or the All-Union
Conference on the Use of Radioactive and Stable Isotopes and
Radiation in the National Economy and Science, Vol 4) Moscow,
0080n*rgolZdat, 1958. 88 p. Errata Slid; Inserted. 2,500
copies printed.
Sponsoring Agencloss Akadenlys. nauk =", and USSA. Glawaye
upravlonlye po lopol-tovanlyu atcancy onergil.
Xds.s X. A. 3t7r'-kcvich (Reep. Ed ), 0. To. Kholodovokly, and
M. 3. Powlenev; Ed. of Publ. H;uxot L. N. Slnollnlko~ai Toth.
Id.v X. I. borunov.

~or scientists
d
PURYWXi This collection of &rticles In Intend

s:
.
to wor a w.
and abora ry kers t th u I radioactive
and stable Isotopes.
CUMAait This collection of papers dt"s with the
Of radloa0tolv- and stable -*mqtop.n as measuring tools In 1~
vul-cus types of scl.ntLfla Invest-Iga-lon.. go personalities
are men-loned. Referensom arv given after sonte of the articles.
BArtolomaye 0.0.o YA.G. Vlnok~r, V.A. Kolokolftsev, and 7~~
Petukh Us* or oaacLa Rays for study_-nr. the of Diffusion 9

3. and V.N. s1o3kvtcn.,j. Use of Ga=a aradlo-
meopy for studying the System 12
and S.A. Method of 'Tagged" Atocui
for Investigating Water And-Stii-ma Content In Surface boiling of a
Fluid 16
5. Kudryavtsev, V.S. Determining the Specific Surface Area of'
by the Sorption Method With the Use of
'
Tagged
At-.max 20
2k-5!!-11A-Y~X-- and Use of Radioactive :Isotope
635 Xrc-
3
d
i
s
r
tu
ng
y
uirate Corrosion of Cocrets 28
7' TSX-%O-1Ch-X1A-- And TA_
Methods
1AkIn
_
_
for Det*rikinlng the Density and Moisture Content of Soils With the
Aid or Radioactive Emalsions 33
8. POlOzov, I G., and Rr_A==A0. Study of the Proct3sea of
Nola t%Uv-frans for in Building Materials by Means or Gzamaradio.
*copy 38
9-
.A1Yr1kQT;&h-K.A., J.Xh. Kh
and
l In K. Kh.khl.,
.
.
;g;
US of RadloactIve jsatcpc~ j. In the Bolucirity-or
,:
S&Its In Water Vapor at High pressures
41
10. A"Inan L S A Yn Antonc,

"
_y and A.7. Sumov. Investl-
'
gf
%rapar a
e -t-a-Fre3XWre of lee
&b6. atm. With the Aid or Radioactive Isotopes 46
21* Use or Radjoletive :SZ-OP13 for Obaerving
-
the kFU
0ri Of Whe M-1ten 31ass Maz3 In 0,aja P4rlla~e Tanks 52
12. _AA k'!!3kIyj V.V~ Use of Radioactive 7~=topea In studyIng
_
_
_
M
the F
'Ion
f
6
P1%i1d3 -Tt~rou&-% purvus Med.,a
57
13 D.I., and ALYft1_.Z-_1Z-'l-'-. RftdjOlaCtC;'e MathodS
-
-
;
fo
InvestliptinC
Flow ProcMi
ses of Fluids In a rorous red--- 62
24 Bortv~~.A_ L~3. Znnbin, V.S. Kn~-'16'11y, and L.L. Ko, &
;
.1n
eCtigatlon of the 1~rdro~~njAjcs ~f-a p-~jj- 1, the Co'.1_4'I -R6!
or
of a Settling Centrifuge with _pjs 67
the Aid Of iadlonctive Ifio~ t
25. Volarovich, M.P., N.V. Churayev, and V.
-
Ya,
Kjr;mv. Invest-
.
.
Of W&E
-r-In -Peat Under laboratory and PILId
Conditions With the U3e of Radioactive Isotopon 72
16. ArkhXl&c1-'Ak-I.Y._?LK. Use Of Radioactive Isotopes for I
nvest_
ItAtInt SUSPenalons Of River Silt
78
IT- Veyn!" A.Y., and -A.S. -Shltbin. Use of Radioactive Isoto
es
f
I
or
p
nvestigating the Xechanj&z Of the Drying Process 8
5 ~iY

SUVI96-58-6-3124
AUTHORF)t Ehaybullin, I.Kh. Cand.Tech.Sci. and Zenkevich Yu. V.
Caud.Tech. Sci.
TITLE; On the nature of the oarry-over of silicic acid by high-pressure
steam. (0 yrirode unosa kremniyevoy kisloty paron vysokogo davleniya)
PERIODICAL-, Teploenergetika, 1958, No.6. pp. 16 - 20. (USSR)
ABSTR&CTs Silicic acid carry-over by steam has been explained in many
different ways, because it in a complicated phenomenon. Silicio
acid exists in aqueous solution in many different forms, in6lud4ag
0011014411 414 boilor -Watisr, it io ill 0(joll0rium Wtt'h its alkali
*Its. It the builttr watox is al1aline. the silica in pr#sent in the
:
at#r as sodium atliv^to and in the steam as silicic acid; the
difference is not rovv&led by the usual chemizal analysis, and th6
amouut oC wry-over depoude on tho pU valve of tht, water as "ll as
on the ratio of the S102 in the steam to that in the water,, When the
pH value is about 7, -which corresponds to free sili3ic anid, the
carry-over coefficient is equal to the ratio nf the Si02 content's of
steam and water. In high-pressure boilers, whore the pH is not less
than 109 polymerisation Of 802 is hardly possible and the compound
in in true solution so that no allowance need by made for its
polymerleation. This is confirmed by previous work on the solubility
of different forms Of 8102, plotted in fig.2. In the light of this,
and of the laws of phase equilibrium and distribution of substances
Card 1/3

On the nature of the carry-over of silicic acid by high SOV/96-58-6-3/24
presoure steam.
between phases, it was possible to unify all the experimental data
on carry-over Of S102 by saturated steam with data on the solubility
Of Si02 in water and superheated steam, and to draw Up a COMP16te
diagram of state of the system SiO2-020- For this two-phase system,
the coefficient of distribution of SiO? between phases is a function
only of pressure; the corresponding relationship is plotted in fig.3.
This graph also includes curves for other substances found in boiler-
water. Graphs of the solubility of Si02 iD superheated steam are
plotted In fig.4; a corresponding formula is given, the values of its
constants being indicated in tables 2 and 3. SiO2 solubility figures
calculated from the above were in good agreement with experimental
results over the pressure range 120 - 185 atma. determined in a power
station. The complete diagram of state of the system SiO2420 is
plotted in figs.5 and 6. The upper boundary line gives the solubility
of quartz in boiling water at the corresponding pressure. The lower
boundary line indicates the solubility of q:ttartz in saturated steam
in equilibrium with a boiling saturated 801'OtiOn Of Si02. The criti'~,al
point for Si02 solution is only 0.20C above that for pure water. To
the right of the saturation line is the region of equilibrium between
superheated and supercritical steam and solid S102. Isobars of
Card 2/3

On the nature of the carry-over of silicic acid by hiEt SOV/96-58-6-3/24
pressure steam.
solubility of Si02 in steam are given. Available experimental dada
fit fairly well into the diagram. There is little experimental
data on the solubility of amorphous forms Of Si02- Part of the
diagram of state for amorphous SiO2 - H20 in given in fig.0,
including the region of pressure 5.7 - 35 atm and temperature
150 - 4000C. There are 6 figures, 3 tables and 16 literature
references (10 Soviet, 5 English and I Gernka).
ASSOCIATION& The Power Inst.-Acad. Sci. USSR and the Central Boiler
Turbine Institute. (F-iiergeticheskiy Institut AN SSSR i
Tsentrallnyy kotloturbinnyy institut)
1. Boilers-Performance 2. Feed water-Implu-Itles :3. Steam
-Properties 4. S111cates-Solubility
Card 3/3

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SOV196-59-9-9122
AUTUORS: Styrikovichl-K.,-A.-,-'-(C-orres,,nond:Lnk- Member, AC-.- -O-C-. U- 0--SR-
Kirtynova, 0.1., of
J.~
T,--clcd.~!~l Sciences) Ewtd Mingv-11.m, E. 1. (LrLL-,iiwer)
TITLE: Some Relationships of the Transfer of Weak Mineral Acids
to Saturated Steam
PERIODICALs Teploenergetika) 19597 Nr 9, pp 50-56 (USSR)
ABSTRACT: In st-adying the carry-ovor of substances from boiler water
by steam it has been noticed that the elements Si, B and
Al, whose compounds are of high solubility in steam, have
hydroxides which are weak electrolytes and so should be
ly 4
present in ~he boiler water primari Ln molecular form.
There was thus reason tc suppose that the ability of a
compound to become dissolved in steam depends upon whether
it is in molecular or ionic form in the boiler water.
Indeed, as will be seen from the graphs given in Fig 1)
stron- electrolytes are much less soluble in saturated
steam than in weak, and they are much less subject to
transfer to the steam. In. relatively weak alkaline
30lUtiOlIS the salts of weak acids are hydrolysed,
Card 115 particularly at high temperatures and low allmlinities.
Under such c1rcumzranoa3, molecules of the corresponding

30'1/96,-59-Q/-9/22
Some Relationships of the Trarisf-.-ji, of Wak Wneral Acids to
Saturated S t nz,-m
at,-id5 a-an be prest~xit in the water and ~-an be
k.ransferrotl ralati.voly oa-g,-'.Iy to t'he saturated steam.
The -t-raiisfer to saturated steam of 3alts that are not
hydrolised is probably due tc the formation in oolutlon
of ionic pairs; however, tons can only participato in
the contamination of steam at extreme values of pH.
Materials soluble in ionic form become important nic-ar the
critical pressure and ev6ii ther. only at low .ral-aes' pF.
It may be assumed that under ordinary co.-nditions a!-' !;-4e.
transfer to steam is b7 t;ransfer of molecules contained
in the water. Th.3 solubility of silica compounds in
steam has bepn studied in partioula-r detail. The various
forms of silica and silicic acid that are present in
equilibrium are shown in Eq (1). This syst-.em may bc
quantitatively characterised by the hydrolysis equation
(2) or (3). It follows from 'the r-,quations that the
equilibrium state c(.)rresponding to a given tomperaturo and,
-L
silica content of the
Card bol.lor mator i'l VMwt1(~tt'Oly
2/5 to tho C"olif-'arlL."It[oll tif OH- o-e 011 tone: .1n, -~(-Iutlon. Thu!-
s,-~ tha t
alLorztL.1o'n in t1io. pH Value altors the equilib-I-ium,
-)t any given temperature concentrat-4oxi of the

sov/96-59-9-9/22
some Relationships of the Transfer of Weak Mineral Acids to
Saturated Steam
soluble form of silica in steam is a single-valued
function of the pH value of the boiler water. A
distinction is drawn between the real and apparent
distribution coefficients of silica in steam. The ratio
of H2SiO3 in the steam to the total silica content of the
boiler water expressed as Si02 is the apparent distri-
bution coefficient. It is sometimes called the transfer
coefficient, and is given by Eq (1+). However, the true
distribution coefficient is the ratio of HnS In the
C_ '03
steam to that in the water, which is a function only of
the densities of the two media. The true and apparent
transfer co:7fficierits are related by Eq (6). Using
Eq (6) it is easy to calculate the concentration of the
molecular form of silicie acid that can be present in
solutuon for any given total silica content at a given
pH value. The degree of hydrolysis should be calc,,ulated
at the correct temperature. Graphs showing the
Card proportions of different forms of silicic acid in
3/5 solution as functions of the pH value are given in Fig 2
The graph is based on the pH value of cold water: the

SOV/96-59-9-9/22
Some Relationships of the Transfer of Weak Mineral Acids to
Saturated Steam
relative proportions of the different silica compounds
would be very different at a temperature of 'A16 OC at a
pressure of 110 atm) because the pH value is very
different iinder these conditions. Similar curves may be
const-mucted for other substances~ and by way of example
curves of the apparent distributioncoefficient of boric.,
acid as function of pH 'value are given in Fig 3. Curves
of the degree of hydrolysis as functions of the true pH
value for compounds with different dissociation constants
are given In Fig 4. Here it will be seen that reduction
in the dissociation factor leads to an in--rease of the
proportion in molecular form for any given value of pH,
An attempt was made to estimate approximately tIne value
of tile dissociation factor for silicic acid at high water
temperature; the results are plotted in Fig 5~
Published experimental points are Included and show good
agreement with theoretical curves. The curves of the
Card dissociation constant of silicic acid as functions of
4/5 water temperature are given in Fig 5. All the r;alGDlated
points lie on the saturation line and so refle,~t the

SOV/96-59-9-9/22
Some Relationships of the Transfer of' Weak Mineral Acids to
6dturated Steam
dependence of the dissociation constant on pressure as
well as on temperature. In conclusion, the article by
Kostrikin published in Teploonergetika Nr 6, 1958, is
adversely criticised and It Is claimed that Kostrikin
reaches incorrect conclusions, particularly in
supposing that the dissociation factor of silicic aoLd
Card 515 13 independent of temperature.
There are 6 figures and 5 references, of which 3 are
Soviet, 1 German and 1 English.
ASSOCIATION: Energeticheskiy in3titut AN SSSR and Moskovskly
onergeticheskly institut (Power lnstitute,~ Ac. S,-i.
USSR, arid Moscow Power Institute)

1,A1
ma I awl WwrtATIal
AW'11-f, P. A., P. 0. Andrayev, X. S. Apal'tim, 3- 14- OurItCh, A. A.
kj, Ya. M. KoatrWo. 1. 1. X-bale.. A.P. X-t. Ta. 0. X.
a-Atk, I..P: Kh5jt"m
ftnvocbalk tma It Spravoclaris materialy o1shchap
tWZrAQb*Aj)% (K&Mbftk Of ntuttiftry 14 ftwer XACIostriOd. VOL it (knOMI
Referstes Material) Moscow, We"Orgoisdat, 1%0. 3v P. .10,000 copies
"t4d.
NA.: V.A. Golubtsov, S.M. Gurvicb, N. M. &~UjUm, UA A.?. puuntl Neb.
9d., It. P. Tromia.
IWU%S1 TU& haotbook Is intended for abenjou In Us field of p."r so.
gineeriag# personnel of laboratories, attienUtle mitemch institutes,
W.1.45 -4 comuml arvaLastlo", as won as for Iudftt* tr
:14.1"lues W4 takhaftwo.
07FRItAGAt We Is %be first of a thr"-volme hattoook of chemistry Is power
vaglistvilad. It Itteladed Sets m the water systm of tallers, eamae. of
corrostim east mathoda for Oantral"Ad It. It &Us soutniza refe"
"" material an aftsave Md valls, ab"Aael. to-pow", "Ur not
solutions, solubtully of 1111tatfia"a to V%Ur end VOW Tgaer st Tarl"S
It"mixtran, Glactrachavil", C:44
b, .91"LOOLUOU Md Prices for
Ctrt4la fftMU 11" Mt*ri clafist tublds, courts, wA
So persomalitise an memltlocul. Tbam an 58 raftrammeds 3P
9:f.-.. 1.0 *CgU~kp I Gomm. and, 1 Swe"46.
00"4;.~AL

s/o96/63/()()0/002/011/013
E194/E455
AUTIIOII~ Khaybul lin I I Kh. , Candidate of Technical Sciences,
rl-() r iso v ~,N . f, I . , E, n g in C C r
T ITLE, gwimta-ray study of tile density of the liquid phase of
it iystem at high temperaturns and pressures
PLIZI CIA C XL :Teploctiergetilca, no.2, 1063, 78-82
T EXT: :Audtes of' tho solitbility in stcam of' relatively
involatil-e .4ubstances are increamingly important as steam
ti.:q)c-ratures and prn~isure--i incrca.4e. The density of -such Systems
is ii,ijmrtant wid harel to detem.-One. Accordingly, y-ray I V/
(']#--ter-rlinatir~ws of' the oensity of the liquid phase of' water-salt-
sy~;tems are dcscrib,~d, with results for MACI solutions at pressures
VII) to IWG atill. The ge-nerix.1 principles ol' tile y-radiation meihod
ttrr,, vxr)lained ant] the following formuln is given for the density
Ig t NJ
Yt = YO Ni,., 4. a "N, t + 0 N C I zo No (3)
w I i v i tile rlt--n.-;Lty of the fluid under normal conditions, g/cmI.
Card

. 5/090/63/c()0/002/011/013
A S'.'olr.la-ray 'Study . . . FU 9 1) /L 115 5
N,, an(I (lie recordrd count i~,I)eeds with the premsure vessel
re, I, vc t ivr! I %, empty at, (I rui I. or i.j (It, i (I at 1) -- I a t mand It 0 0C
i It I I I u 1 9 C S [)4! r IIIi nu t C ;Nt - the recorritid coutit rato on the filled
ves,-Tel at the experimcrital t0tlipel'atUre and/or pressure, impulses
per minute ; ^Nt - correction to N' 0 to illow for cliantre in
den~;Ity of t1le ivalls or the vostic], with tcmp'nt-ature, impulses per
Itlittute ;A N c ., - correction for the influence of temperature of
the counter on its effectiveness, impulses I ')Cr millute.
The determination oC correction factors and the best level of water
in the pressure vessel are explained. Of course, as the
temperature and pressure in the ve.-48e! 'rise the. solutiort
concentration alters because of both evaporation and redistribution
of solute between steam and liquid phases; a method of calculating
the solution concentration under given conditions fi-om the material
balarico is explained. 'rhe ex erimental equipment for measurements
at IJC)O atm and 6ou0c used a Cogo source of ten millicuries in a
lead sheath and a scintillation counter accurate to within + 0.5%.
Check tests on pure steam at 190 atm gave an average differ-ence
from tabulated data of + 150; individual results had a scatter of
Card 2/3

s/oq6/63/000/QQ,Z/Oj-l/013
IjUldy 4 5 5
At. hiclhev pros:7ures, different results were obtaiv"d on
III"t I jn~,, and on cooling, the lat 'ter being in agreement with steam
t'll, 1 1! Ork~,,jnal datawere, A].-3o obtaitind !:)1i tile p-y-t relationship
f-or ',.21 and 6'1~ IK~-WL soLution itp to 190 atui; nolution
C , .11 k- f-11 1, r~j t i oll found to have a great effect on the parameters,
I,,-tvticiiiarly In thn cri.tical region. For exc~ntple at .100 atm the
(Iell~-,i.ty (11' iNiiCt solution is greater than fliat of water
u" I (I al
Cr th(.~ coridLtions ancl it is ut,arly do"We at tile critic
Cor ural-r (-lc 225-65. Thc-,-ia results tire only a first
~J(11 iti Hir! f.,,auvila-ray sttidy oC the tile rmodynamic properties of
of' sijbijtancrs of losir 1re)).ntitity.
0 all(I 3 tables.
institut im. akad. G.M.Krzhizhanovskopp
(ro%v,!i- E'nFineurilig TTl-;tjttjtC imuni G.M.FrzhizhanovRkly)

IKHAYBULLIN, I. Kh., kand. tekhn. nauk; BORISOV, N. M., inzh.
Problem conearning the mechanism 6f the transition of electro-
)~Us dissolved In boiler-feed water to high-pressure water
vapor. Teploenergetika 10 no.3:12-16 Mr 163. (MIRA 16:4)
1. Energatiches)dy institut imeni akademika G. M. Krzhiphanovskogo.
(Feed water) (Electrolytes)

.AH~(~~LIN, T.U., kard. "khn. nauk
Eject!cm ot ferr!. ()Xld'~ VI '~~ W-ttx,:' VU;-"' l4i f.h ,
htgh r4rame"ro. !.0 HY 1114.
( 141 p ~ 17, 8)

I IMI
LTj P~ i
f, te n, ]-A ratur,e 5
f no, 3 i 6 U oi- lrs. (MIR-A 18., 7)
Fv~ Kr-zhizhanovskogo.

BORISOVP N~Xv
Phase equilibrium diagrams of the systems sodium chloride -
-water,, potassium. chloride - vater. Dokl. AN SSSR 165 n0.3:
590-592 N 165. (MIRA 18:.U)
1. Energ3tichookiy inntitut i&. G~M. Krzhizbanovskogo. Submitted
April 26,, 1965.

N.M.; MAYMILL-IN, I.Kh.
Volatility of comlonents and the cce""IcApn. -~f
in the two-phase system NaCl - H,O rit rd~,h .
6 Zhur.
fiz. khim. 39 ri.6;1390-1387 Je 165. (mlfu~ lp"1111
1. Moskovskiy energeticheski'y Institu-,. imilinli
3"Imitted Jan. 24, 1964.

KDCHMIN. V.P4 KHAYB POTAPOVA, O.G.
~'-~UWJA*~
Dissolving Iron in molten sinc. alkali metal, and alkali earth
metal chlorides. Zhur. neorg. khim. 1 no.11:2617-2622 N '56.
(MMA 10:5)
1. Urallskly gosudaretvonWy universitet im. A.M. Gor1kogo.
Sverdlovsk.
(Iron) (Chlorides) (Solubility)

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YMIIMNV, S.G.; DOBROIMAVOT, Y.H*;,_MiATBULLINA, M-Kh.
Comparative biochemical characteristics of hollov and solid sugar
beet roots, Isy.vys.ucheb.x&v.;pishch.tekh. no.4:19-21 160.
(MIRA 13:11)
1. lirgizakiy sel'ekokhoz7a7stvennjv7 institut. Kafedra fiziologii
rasteniy.
(Sugar beets)

KHATDARK=V, G.
Pruning
Pruning of the grape trunk of different varieties. Sad i og., No. 4, 1952.
9. Monthl List of Russian Accessions, Library of Congress, JIMA -19513, Uncl.
2

1 1. YTTAYT-AFKULOV,, G.
12. USSR (600)
14. Grapes
17- Panseri variety of grapes, sad i og. No. 1, 1(J53
9. Monthly List of Russian Accessions, Library of Congress, may -1953. Unclassified.

KHAYDARKULOV, G.
"Agrobiological and Economicotechnological Characteristics of
Popularly Selected Grapes Recommended for Commercial Grading from
Uzbek SSR." Cand Agr Sci, Tashkent Agricultural Inst, Tashkent,
1954. (KL, No 8, Feb 55)
SO: Sum. No 631, 26 Aug 55-Survey of Scientific and Technical
Dessertations Defended at USSR Higher Educational Institutions
(14)

04;~I~vl-ov
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rr.
Va't
v--~ o r :3
1.,~t-ltu-xv nn,]
160

NATSVIN, A.V,; GE-IMNATENKO, A.S.; VAMIYETT, K,V,; E-'OTOSI-NICH,
L.A.; CHMOOVAIMA, VJI.; LEPLUSV6YA. P.A..: A.K.;
TASITIATOV, L,7..- .-A"TUMV. F.K.; SOLDAIUV, P.K.; K.IIAYDARKULOV,G.I.;
TSEYTLIII, I.I.G., kand. celikhoz.nauIci KUMETSOV,
sellklioz.nauk, otv. red.; KRIVOLOSOVA, N.A., red.: 3)ROKDIA, Z.I.,
teklin. red.
(Best fruit and Crapo varieties for drying and preserving in the
southwestern regions of Uzbekistan] Luchshle norta plodovykh i
vinograda dlia 6ushki I k-onservirovaniia v iugo-z,,,.pvdnykh ob-
lastiakh Uzbekistana. Tashkent, MISKh UzMt, 1961. 162 p.
(MIRA 15:7)
1. Institut sadovodstva i vinogradarstva im. R.R.Shredera. Sa-
markandskiy filial. 2. Samarkandskiy filial Instituta sadovod-
Jtva I vinogrndcu-jtva in,. it.1,.L'Airedura (forall oxcept 1"Iu:;.;OtsovP
Krivononova, Sorokina).
(Uzbekis~toan--F'ruit-..:iarieties)
(Uzbekistan--Grapos-Varieties)

KHAYDARLIU,.A,~G.; KHAYDARLIU) S.Kh.
Organization of massive preventive examblations for the
female poplation and incidence of gynecological diseases in
a rural modical, district. Almoh. i gin. no.2:108-111163-
(MIRA 16:10)
1. 1z Lalovokoy uchastkovoy bollnitsy (glavnyy vrach S.Kh.
Khaydarliup nauchnyy rukovoditell - prof. A.Z.Kocherginskiy)
Rezinskogo rayona 14oldav.-koy SSR,
(GYNECOIDGY)

KHAYDARLIU, R.G.; KHAYDARLIU, 9.1b.
Organization of massive preventive examinations for the
female population and incidence of gynecological diseases in
a rural medical district. Akush. i gin. no.2:108-111163.
(MEU 16: 10)
1. Iz Lalovskoy uchastkovoy bollnitay (glavnyy vrach S.Kh.
Khaydarliu, nauchnyy rukovoclitell - prof. A.Z.Kochergirskiy)
Rezinskogo rayona Moldavskoy SSR.
(GYHECOIDGY)

KHAYDARLYO I.N.
Characteriatica of cardidomycosis in flbrotavernaus tuberculosis.
Zdravookhranenie 4 no.3s27-30 My-Je'61. (MIRA 16:7)
1. Iz 1,11oldavskogo nauclina-i ssle,-d ova tel ^, vkogo Instituta tuberkuleza
V.G,,Sokol) i kafedry patologi-heikoy anatomil
(zav.kancl.:Ti(-d.ni.mk- V.Kh.Ano~5tlndi) Kishinevskogo me-ditsinskogo in-
stituta~
(Hq:OLIASIS) ('11JILRCUIDSIS)

SATPATEV; SOISHEY; POKROVSKIY; AMANZHOLOVIAUYgZOV; BALAKAYEV; KOF.SBATEV;
SAURANBAYZV; MUKANOV; SMIRNOVA; DZHUMALIYEV; ISMAILOV; KHASENOV, K.;
NUSUNBMKOV; SULICYMUOV; SHAMATOV; DAKHSIfLFYGYM; BAUABATEV; TSTJNVAZO;
SHAMITICVA; SILICHENKO; GABDULLIN; MUSABATFI; MAIrHKUDOV; MULLINA;
MAMANOV; ISKAKOV; SARYBAYEV: KHATDARO.V, ARALBAYI:V; NURMUGAMB3TOVA;
KHASXNOVA; SULSYKENOVA: AWWOV; ISIMGALIYEVA; NOMINKHANOV;
DYUSENBATEV;ABDRAKITMANOT.
Malov, Sergei Sfimovich, obitunry. Vest.AN Knzakh.SSR 11 no.9:116-117
s 157. (MIRA 10:10)
(Malov, Sergei Efimovich, '11180-1957)

KHAYDAROV, A., Cand Tech Sci - (,,jiss) "Problems in the exploitation
of cotton-picking machines." Tashkent, 1960. 24 pp with nomographs;
(Tashkent Institute of Engineers in Irrigation and Mechanization of
Arriculture); 120 copies; price not given; (KL, 19-60, 136)

~R~~9vj A.; LANDSMAN, M.I.
Determining the required quantity of tructor trailers for bulk trarm-
port,ation of machine-picked cotton. Trudy TIII14SKH,no,l9jl29-l33 162
1 (PIRA 17: 1;

KHAYDAROV, A.
Possibilities of increasing the capacity of machine units uaed in
cotton growing. Trudy TIII14SKII no.19:119-127 '62. (~ffRA 17:1)

um/swisar ration masans.'
Disintegration of
Nuclear Pbysica Spentra,
"XIectron Spectrum in Mason Disintegration, " G. B.
XhAanovv A. A. Xboydarov, Mys Inst imni P. N.
LebodDvp Acad Sel USSEY 3 PP
"Dok Ak Nauk SSSR" Vol IXV, No 3
Used method of delay *colneldences to establish t~s
tore of electron spectra. Studied depe-Adence of
these spectra on observ tion height, on substance
in vbIch disintegration occurs, and on studlecl
energy Interv 1 of the mesons. Attempts to establish
the nature of charged disintegration products.
39/49T96
USSR/Nuclear Pbysica (Contd) ?-ftr 49
Submitted. by Aced 3). Vi. Skobelltsym, 27 Jan 49;
Am
39/49T96

MAYDIMOV k
U5W Nuclear rh,,Yaiowe - Maeons Ave 50
00'rigin of Secondary Slow Peacns in tM Atmaph- x A. AbdullW- Yj ~ U. Zhdanaws
Tu. 92 =-ctsidyp A. llaumov# A. KhoWdarov, Ph" !not imcad Lebedevs Acad 5ci MM
112hur Mmper I. Tooret Pis" Vol XXp Wo L'~:s pp 673-W
Authors rev&a vM dlemsa Werbsental date obtairsed by thim on rzoperties of slow
mesom with lifetU* of 2 cdcr4
r* Of several Poasible aastaptions on macbmica gov*~wdnc
Ceneration of ouch mwona in tl4ttwvj*ereq wat r-robable is le-avy procass of othar
mccons possessing greater aws wd'mmller lifetloes. Submitted 9 Feb 50.
lm PA 165T52

OTfG
04,01
A
C
L-L
1
Oman atiod
Ik, AO b _TA*
Tvto
11100 M. Z?dAwvkA A. A, Khokdrov~
11. s M o4fin
Rusaisal.
By Uto OtUad al dgtalqd cokeldtwoo, a sody was m&&
of tba "P*tuh* Weer, G of 81CM movewto of 2 p a" kalf-
Ide(faso. to air $ad "do doos* Maurtab, Tlw Takwo cc
AM atv. rospo"Iyely,
I%# NUMMI)RI'll d P"RITO d4d FRPUTG MeSons), wars doter.
mlood by vat". soccowtvioll, At W C aboacters. in which
'he avescons doppd and &ay*C- Uto samitor al twit mewmb
1001. Ntl 110*1 Is. qw4daKloly. a . %*. a' In Ike C&.0 .4
a Al ab=4Wr (Z K 101, wkdo it to a - n' In the c4ard 6
C abowwr it A, it). certain earroctloas competw4to Int the
Ino"Collock of (News qq4WIMN. TIW switowles Values W #
woro!owd. -0.21 t 0.00 to air; #41.1111, 10.04 undor 40 IL'ctr'
C. Ud #4.00 t 0,04 "Wr tO C/cm' Pb. TU peculiar Iran-
Milan OfW d A eu be explain" by "VAMtft that SonW Of
Ito recorded ntasoas are Cenersted by certain shim-lived
low-fter" mooo" of the 0 typf#; such an Assumpli'm lkw.
comrsdict t1w oals(Im qkto an the Irsavition offvct of v
memo of baO signs IKacdtv4. Mature 1". IGS11949)), And
It can be concluded from the ot 6 that the
raw od the "ah"t-lived*1 swoons Ases " vAcred - 40
I& cm3 of matter Aid lbal At least Wt at them arv "gative.
0
3146
4641
see
see
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9 a 4 3 6 IF
JA I a 04 0 is a A of IN 4114
AV 1603 Lai 0 0 a 0 a it a of all Walk

56-4-12/52
AUTHOR
TITLE
I PhRIODICAL
I ABSTRACT
Card 1/2
ZHDANOV, G.B., KHADAROV, A.A.
The Investigation-o-"ber-P4ft6trating Component of the Electron Nuclear
Showers by the Method of the Retarded Coincidences with a Hodoscope,
(lasledovaniye pronikayushchey komponenty elektronzo-yadorr4kh livney
meWdom sapaadyvayushchikh sowpadeniy a godookopoms Russian)
Zhurnal Eksperim. i Teoreto Fisiki, 1957# Vol 32, Nr 4, Pq To6 - T13
The authors investigated the a 'nergy spectrum of the slow positive pions,,
which are produced in electron nuclear showra by means of the.method
of retarded coincidencea. The present paper, gives the most important
results of these investigations, The procesises of production of compara-
tively slow mesons on the occasion of the nuclear interactiods of the
particles of cosmic radiation with matter were investigated at energies
of the primary particles of - 5 BaV and morso The experimental method
was described in detail already in preview papers# On the ooosaion.of
the analysis of the hodoscopical racordings the authors were able to
subdivide all showers into weral types - Two-ibld 8-ahowers,, showers,
"accompanied by air" (7)9 showers in which several counters above the
device respond, - all remaining showers belong either to the group of
electronic showers or to a group of cases which are difficult to be
interpreted, The analysis of the data put together in a table confirms
the fact that by mews of the method discusses here a Voluminous . $I"-
96-4-32/52
ASSOCIATION
PMENM BY
SUUITTED
AVAILAM
dard 2/2
The Investigation of the Penetrating Component of the Electron Nuclear
Showers by the Method of the Retarded Coincidences with a Hoddaeope
rimental material may be dealt with,
The individilal chapters of this paper deal with the secondary interactim
in'the showers# the determination of the spectrum of the ranges of the
Positive Pions and the intensity of the production of slow masons at
different energies of nuclear interaction, t
Some final conclusions - The intensity of the inversely directed flui
or positive mesons amounts to 24 + 70/0 of the directly directioned
Mason flux. The number of positivi pions with a range of the order of
magnitude 20 g1cm11 depends upon the energy of the producing particle
~Jid at the increase of this energy it decreases somawhat, In the case
of moderate energies of the producing particle (not ibove'5 Bev) the
number of the produced slow mesons also depends still slightly upon the
nuclear charge number* (With 4 illuetcations).
Sbientific Research Institute "NiGRIZOWTO" of the Itinistry for Nor-fer-
rous Metal
.27-11-1956
Library of Congress
M

ABIXUATIV, A.A.; WE"OV. Te.H.; XR&ITOV, B.K.; KHa DAROV, A.A.
Uee of the tritium radioisotope in studying the dymamics of
underground water, Izv.Al Uz.SSR.Serdiz.-mat,nauk no.6s
82-83 '59. (MIRA 1336)
1. I4stitut yadernoy fiziki AN UzS4R.
(Tritium-Isotopes) (Water, Underground)

I N 41 11 rl 'j IV
.r,.Oy
a r' ir v
A~-,cncy: A'c-,dc,.,iya n,,-~-"
S. V.
y 0 i
D.
S~Icncoz; U. A.
'R: A. A.
V. C.
d i dt a o f PIry z !,~ ~, an I "Ov,
3cl.-':lccs; D. of ic-I
S. Sadykov, of
;.,jademy o: 3,
-lenCOZ UZbe~C SZR,'

17 L
Tran:~acticr',L of the Ta.?hlcent (Cont. SOV/5410
PzmllJdato of Phyrlc3 and rathicriatici; Ya. 1'J-. '.Nrillculov, Doctor
or DloloClcal "',Aenccn. Ed. : R. 1. Klwraldo*~; Tech, LA. i A. cf.
'TJ- r r d
L rub.1-:atlcn i:; inten-Ird for -,-Itntlf '7 -"r !)CO j ar,
-,:J a" 1. t
-q F-,ploy,~d in wi-ra- ra!lcactlvc Iactc.-c-3
,r nuclc-ar raillit'lon ark, uir-il fc,r In
and techno.Qgical field-A.
C OVI E. .'~'hi~ collection of 133 articl~-,i rcpr,~.:f~nt q th': Occond
v.-i 1%--cr of th~l '~7ran.,?a-.tion3 of the Ta :hxcnt, on th-C
F'~"-Cful Vr--el of Atr~mic 1--*nt'r4?7j. T~h c I r, d I v I A ~i a 1. ar lf,:~ (11~.aj
vith 'a wde van,? of pz-oble-i~,, in Qi,~ fic-M cf radiation,
in-ludirg: pr-~ductlcn and cliezilcal analyn.1,3 cf railof-'-tivo
lnv,~:jtigaltion of t1w- lclnotic,3 cV clic-.11cal r~actlcn3
oy T.1~1-an3 of izotcpea; applicaticn of c%Tcc~tral arialyeii, fcr the
ranufar~turing of radioactive prc:,-,-aratloni; y-,C--t',lCd3
fcr deterzaining the content of clemento in the rc~ka; and an
anaiyois of methods for obtaining pure oubst.,~ncco. Certain
Card 2120

171,
"Tranoution3 of the Tazh1conb (Cont.)
inotru!:-.2ntz used, such as autw1atic
lcwal C-u,,;on, and hiFh-cc.,nr,,i4;jvitY Lr,, do.-,evibcd.
are mentioned. 111u.Corencer, rollow individual
','OLE 01? CU!T2J.*,T3;
RADIOACTIVE 120-10~11`3 AND NUCLIZIUlt MILDIAT10:1
IN MD GLOLOGY
Lobanov, Ye. ~1. (Inatitut yadcrnoy fizilci UzSSR - Inotitute of
Zlucloar Pir.raics AS UzSMI). Application of Radioactive Isotopes
and Nuclear Radiation In Uzbaklotan 7
1. 11., and V. A. Yanuo~Lkovnkiy [Inatitut rizWkI AN Latv
Inititute of Phynion AS Lat'vian Problem.3 of tho
'~'~jpification of Automatic -Control Apparatus Based on the Use of
Radioactive Isotopes 9
Card 3/20

Tranaactiona of the Tachkent (Cont.) SOV/5410
1'2iru-~hchcv, V. G., A. S. loopilln, U. Ya. Nar,-ulio, S. 1111. Stcpanov,
1. B,21cnlkiy, T. V. Bro,-iber,, and V4 G. lvliyev :',Inio j of
Yc.alth Uo"111. InduBtrial for Sterilizaticn of 1',,dical
:atcriala 170
llhruchchev, 1. G., D. A. Rubin, L. V. 1:ctl1t.3dy, A. I. Rytov,
11. Gayaln, U. Ya. largalin, V. S. Grar7:-:iatikati V. G. Vlaoov,
(11,1niatry of 11,2alth USSR). Grimma-111ant 'or
and A. 17. ll,.,tr.v
Ocntinuouo Irradiation of Potatoes 182
Yrrkof lytv, N. S. [Institut ekono,,.liki AN S~SR - Inatitute of
the U3e of 111t~h-
rl.-anouics AS USSR]. Econoriic Efficiency of
Oapacity'Gam=a-Plants in the Light and Foou Industry 192
Abdullayev, A. A., Ye. 1-1. Lobanov, A. P. Novikov -, and
Fl,..ayda~-ov, (Institute of Nuclear Physicu AS OzS311), 0.)a o.
T`1xF1tTB.-Rhnnel Scintillation Gamma-Spectrometer for tile Analynis
of Rock Specimens 199
Card 10/20

of tho Taoll)(cilt 00V5410
-~--;ullayc,v, A. A., A. P. Novilcov, Ye. 11. Lobanov,
-1z rov (Ilw"U"'Utc. of Nly3ico 1"',
~o~ indium Content In '!;P'!1al0rItc3 by t I I
of
Analyiia
T, -,ov, Y,-~. 0. 11. Rcmanov, Romcncv, znd A. A.
DcAernination of' rind CDlMnt in
dyk (ire DQpcalta by the MA~~d or .1icut"U1 Radloactivo
1
A. V., P. L. C-J. 11m, and D. K. Kaipov [In,-titutc
,D" 1111-ii.1car Phyaici 1razFjS1'i. Applicatio,i of .'.Dntc Carlo
-1,hrA for the Invenitiption Pf G,,.:,,,ia-~7uanta FacLm,-,o 'ihrou~;h
a Oub~;Lanci
Cru-.-.Vcov, A. P., and 0. S. Sevsnov (Inatitut goolo--li I ri,--
rabctki Corj,-uchilch imcopaycomyl:h AN E'S,321 - Inrtituto of G:~oloL71
and, rrcduotion of 11inoral Fucla A3 Ra0jo,:,,utric Api)ara-
Lu-j L15cla in Frovpneting for Oil and Gau
Card 11/20
203
203
212
220

of the Tantikent (Cont.) S011/5410
A. S., 3. A. Sibinov, Ye. 11. Lobanwi, A. P. ]To-,-E~ov,
A. A. ;-,nzylarov. (institute of Ilucloar Phy.'Ucz AS
jifr~i.cn of L,~ad Perccnta!~e in Concentratez
B. G., D. F. D!3::palov, L. 11. Dondarenko, L. R.
11. V. Popov, A. I. Khau3tov, Yu. S.
(.7n9titute of Ueolov_v and Production of 11:11neral Puels
,R Reiulti.4 of the First Industrial Te3t:3 of a Neutron
in Oil Welln
1- ri., V. 11. Smirnov, and L. P. Starchik CID:- *itut
rll,ila AIIN SSSR Minino in3tituta AS USSR]. U3e Uf
A-- of p0210 for the qmntitativo Control of En-
Frcductiona Containing Der-jllium, Boron, Fluorine,
,j:..i Alu,;I.num
Srap-7nyantn, It. A., and B. B. Nefcdov [V3eooyuziiylj n.-I. li,.=-
tut m,,khanlzatsil aellakoSo khozyay3tva - All Union Scientific

277

282
285
293
sari 14/2o

S/16 60/000/004/005/008
C1 1 1 YC222
AUTHORS: Abdullayev, A.A., Lobanow, Ye.M. Novikov, A.P. a-nd
Khaydarov, A.A.
TITLEs Ra~dioactive Analysis of SkarX(Silicate Contact Gaugue) of
the Ingichka Occurrence
PERIODICALs Izvestiya Akademil nauk Uzbekskoy SSR. Seriya ftzlko-
matematicheakikh nauk, 1960, No-4, pp. 65-74-
TEXT: The paper contains results on the practical measurement of the
concentration of W, Mn, Na, Al and Fe in the skarns of the Ingichka
tungsten occurrence. The measurements were carried out according to
a method elaborated by the authors (Ref-3) which permits to prove
simultaneously several elements in a test without destoying of the
test. For this aim the tests were radiated by neutrons; that led to
the origin of radioactive isotopes. Then the identification of the
elements in the test was performed BiMUltaneously according to the
half-life and according to the energies of the g-radiation. Here the
half-life curves were traced for every element in a special region of
energy being characteristic for the element. The experiments have
Card 112

S/166/60/000/004/005/008
C111/C222
Radioactive An&lysis of Skarns of the Ingichka Occurrence
confirmed that the method proposed by the author in (Ref-3) for the
identification of several elements in a test is possible without a
separation of the elements. The method is suitable for radioactJve
wall logging.
There are 9 figurea, 3 tables and 8 referencess 6 Soviet and
2 American.
ASSOCIATIONt Institut yadernoy fiziki AN Uz SSR (Institute of Nuclear
Physics of the Academy of Sciences Uzbekskaya SSR)
SUBMITTEDs March 6, 1960
Card 2/2

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., "go'..,

A33" 10 102 I nsill.1 ye.lrany tiSIki AS VIM.
of I-t- of t- XZ C-b-k-kty- !31-
T o bjL)
Su3st?T10: Agu.t 25. 1959'
Cnrd

N-H V, ItV
PHASE I BOOK EXPLOITATION S01115`92
Voozoyuzzioye aovcahchnniyc po vnedreni:v'Q radIoakt-'vnyVh, Izotopov I
yadurnykh izlucheniy v narodnom. k1-rz1y,!y3tV3- S3011. Riga, 1960.
Radioaktivnyye i,.:otopy I yadornyyo izluchenlya v narcdno-1i
1(h0'.1.Y.'1YL1tV0 "OSSR; U`Udy V3C.3oyu-.,.nogo fjowuhchanlya 12 - It,
aprolya 1960 g. g. Nlf,,a, v 4 tonakh. 1. 4: 11olnicl, razvedlca
I razraboLka polomy1di 131copayemylh (P.1,110.10tive i'lotopc-A and
Nucluar Radiation In the National Econony of the U3SR; Tran-
sactiona on the Syinponium Held In Riga, April 12 - 16, 196)0-in
4 volumci. v. 4: Pro 3pec ting, Surveying, and 11ninF, of man-,
eral Depoiits) Moncow, Go5toptekhizdat, 1961. 234 p. 3,64o
conle3 printed.
Sponzorlbg Agency: Gooudarstvennyy nauchno-tekhnicheskI.y.koml-te-t
Soveta 11-Uniotrov SSSR. Gormdaratvennyy koriltet Soveta'lliniDtrov
SSSR po Ispol'zovaniyu atcmnoy ener6il
Eds. (Title page): 11. A. Petrov, L. I. Fetrenko, an'd P. S. Savitskly;
ed. of this volume: M. A. Speranskiy; Scientific ed.: M. A.
Speranskiy; Eyecutive Edo.; N. N. Kuzlmina and A, 0. lonell;
Card 1/11

'Radioactive isotopes and Nuclear (Cont.) SOV/5592
Tech. Ed.: A. S. Polo..-ina.
PURPOSE . TnL- bco~: is int(--ndr-d for enginQeri. and '-~rhntc'-ann
dealing with th.) proble-ma involved In tho applicaticn of
radioactive Itotopea and nuclear rAlation.
CO'~FF~IAGE: Thia collection of 39 articlou i!~ Val. 4 o!' t1--o
ti----3 of the All-Union Conference cf the. cr
aotive lsotop(-n and Nucicar R,~actlcnn In tl~c Na!,-,nal
of thi- UOSR. The Conferenc(-. wai called bv tho
k o m i t c t S o v c t it i it 1 s t r n v S', 13F (State
Icientil"..r.-Technical Cc,-2aittoe of 1-ho Crjun~j.l cr
the USSR), Aczdemy of U2,311, Gwpizm S~:~R ~:~tato PlarmIng
Committr,-c cf the Coun-..11 of f~Ln'~terz of th- 17.-71fl, ;c~-uiar-vtr-
nyy '(omltot Scveta Xinintrov MR po
ntroyeniyu (State Cormittee of the Council of M1n1,,;tvri of the
U11ZP. for Automation and Vachlne Building),and th~-. Ccuncil of
:11ni:itera of the Litvlan ZSR. Vie report:) qummarltzed in t)-..0
publication'dcal wlt~ the advantages, pro3pecta, and
Card 2/11

Radioactive I3otOPOO and fluclear (Cont.) SO !;/5,r,) 2
deveiopment of radloactivo method3 used in pro~pectlng, sur-
vuyini,, and -,Anlng of oroo. IndivIdual report.,, prejEnt thc)
v,--,oult3 of the latezt 3clentific research on the developmcnt
wid ir-.provcmant of tho theory, methodology, and tcchnolc6l of
radio~wtrie inveatigation3. Application of r.% '"Uractlve mothod2
In the field of cnl~ineerlng Ccology, hydroloFy, ,nd tl-,c crn-
trol of ore enrichment proccant~3 13 analyzed. No perzonalitici
are mantiorcA ','here are no referencea.
TA3LE- 02 CONTENTS:
Ale,kreyev, F. A. Fro3ent State and Future Pzospc~ta of Applying
the Mothcdo of Nuclear aeophycica In Prospecting, "'urvoying, and
':ininC of Minarala
Bulanhevich, Yu. P., 0. M. Vo3koboy-nikov, and L. V. v`Uzyukin.
Neutron and Garzra-Ray Logging a. Oro and Coal Depozit3
Gordeyev, Yu. I., A. A. Mukher,and D. AM. Srebrcdoll3kiy. The
Card 3/11

Padioactive !3otcper; and Nuclear (Cont.)
Problcmj
Zolotov, A. V. Critical DImenzions of an Artificial Lcd for
the Simulation of Radioactive Method3 of Borehole Inve--.ti-
gation 131)
Sin'.:olov, 1-1. M., A. P. Ochkur, A. A. Fcdorov, A. Yu. Boll--hakov,
and P. P. Mritev. Application of the Mothod cf Zoatt-curcd. Ga,=.a
Radiation for the Inveatigation or Ore 11olf-r
-_-hIbor,,!,,aya, hh. D. RadloactIvittion
-or D(.-tcrmining Leryllium 154
Y.,-6(ub3on, K. 1. On the Possibility of Activation by Fast
.o.utronj Undf;r Dorcholo Conditions 157
SenIko, A. X. Photoneutron Method of Prozpecting, E%plcrdtion,
and Sa.,-,pling Of DerYlliUM Ore3 163
Abdullayev, A. A., Ye. 1-1. Lobanov, A. P. Novikov, and A. A.
Card 7/11 t-

I +
Radioactive lootcpc-i and Nuclear (Cont. SOV/51j92
Yj i,-i y d,-, r qy .Certain !!rthoda fG--- the interpretarlon of t-e Com-
Spectra In Analyzing the Actlvate~l rf Pock- i"12
A. L., and Y.,. 1. :Ayr.,.,ev. Plant or th~- 'n
'.yp,a and Itn Po-.3,-~blt, ITU11--ation for of tr-~
Yakubovich, A. L., nnd V. Yu. :'aleskly.
'c,,,' and Equipmm,~nt for Accel-!rated Analyaiz of th,~, Cla,mlzal
i~ompca!-,,lon of 11 sub5tance b",
';!arbutt, K. I., R. L. Bnrln3kl;r, and 1. S. Smmova. A-Pill-
cation of 'Nuclear Radiation in lloontgenoupectral Analy,-.Ij 2 (~-4 t
Abramyan, S.*L., 3. Fl. Akaellr.)d, and L. A. Futkaradze. Ar;11-
cation of Radioactive laotopea and Nuclear Hadiat-lon for the
Investigation of Dorcholen in .%zerbaydzh3n 201
Shnurman, G. A. Experience Wi;h Radlometrie Investicaticn3
Card 3/11

Radioactive isotope:3 and Nuolear (Cont.) SOV/5592
of 1-1lerccomponent3 of ITatural Water-, 255
Ye, M., F. A. Kuzn,~-.tsova, 1. D. 'Iyan Ice v,kaya;. .1. F.
P-,,.;-yrk2v, and D. A. Sokolov. Preventive C(~ntrol of' th.-
'-,,ol- From a Coal Scam 1-1hilp Drilling Inclin.-A b-;reh, !It,
layev, A. A., M. Lcbancv, P. Novikcv ' arl A.
~'-',.aydarcvv. Pnpld D,~-ternzi nation of the PercenL,-~;,: C.,
Com~,cntrate3
1. IT., V. I.'. Smirnov, and L. P. Starzhlk. Application
of Al~~ha Radiation for the Automatic R-:~gulatlon o^ tne 14,at-~rlai
Coz,.,.poziticn of Enrichment Product3 of Certain Orc-s
Lcr).4n. S. S. Scintillation Lianmeters
Card 10/a

i I -~~
KHAYDAROV, A. A.9 CAND PHYS-MATH ",)Cl IIf LIT-ft-"AT`t"- OF
NUCLEAR RADIATIONS ANALYZINO THE COMPOSITION OF ROCK
SPECIMENS AND ORE CONCENTRATES," TASHKENTV 1961. (ACAD
Sci UzSSR. DEPT OF PHYS-MATH SCAENCES). (KL-OV, 11-619
209).
-24-

S/075/61/016/001/004/0-,9
B013/B055 b
AUTHORS: Lobanov, Ye. M-, Romanov, 0. M., Romanov, M. M., and
Khaydarov, A. A.
TITLE: Determination of Copper and Manganese in Ores by Neutron
Activation Analysis of Induced Rad_-'oactivity
PERIODICAL: Zhurnal analiticheskoy khimii, 1961, Vol. 16, 11o. 1, pp. 25-28
TEXT: In the present work the authors stildied the applicability of
y-spectrometry in the activation analysis for copper and manganese in kock
samples by using a low-intensity neutron flux (10 7-10 a neutrons-cm -2 -sec-1
for activation. Rock samples containing 0.03 - 0.9% copper and 0.01 - 0.3%
manganese were analyzed. The chemical compouition of the investigated
syenite-diorite and the nuclear characteris-;ics of the elements contained
in this rock appear in Table 1. Basing on thqse data, the conditions for
the quantitative determination of copper and ni.:.nganese were worked out.
For calibration, standard samples of known copper- and manganese content
were_ ;=--red and -irradiated with slow Po-Be neutrons from a neutron
.Card 1/3

Determination of Copper and Manganese in Ores 5/075/61/0!6/001/004/019
by Neutron Activation Analysis of Induned B013/13055
Radioactivity
source of activity app--oximately 20 c. A paraffin block was used as a
moderator. The duration of irradiation was chosen with conaideration for
the expected activity calculated for the particular isotopes -contained in
the sample from the known expression (Ref. 8) A - 'N_1 - exp(_~1)11
act
where n4 - thermal 'neutron flux,la act aeffective activation cross section,
N = total number of nuclel- of the isotope in the sample, X - disinte.gra-
tion constant = 0,693t/T 112 , and t - duration of irradiation- The y-activi-
ty of the activated samples was measured with a y-scintillation spectro-
meter (Ref. 9). Fig. I shows the y-spectrum of Cu 64, Fig~ 2 that of Mn56
and Fig. 3 the superposed y-spectra of Cu and 11n, Por the quantitative
determination of Cu and Mn in the test pieces, the y-spectra measurements
of the standard samples were plotted in the diagram shown in Fig. 4.
This method makes the direct determinat,-,)n of 0.03 - 0,9'% C11 and
0,028 - 0.3% Mn possible. The percentages of Cu and Mn in various rock
samples as determined by the suggested method and the results of the
chemical analyses appear in Table 2, The statiatIcal measuring error did
Card 2/3

Determination of Copper and lfanganc2e in Oreo S/075/61/016/001/004/0449
by Neutron Activation Analysis of Induced B013/B055
Radioac tivi ty
not exceed 5%. Repeated measurements were in 3atisfactory agreement, the
deviations being around 3%. The use of higher neutron fluxes by increasing
the activity of the source or by applying a (skvazhinnyy) neutron
generator (Ref. 10) shortens periods of irradiation and increases the
sensitivity of the activation analysis. There are 4 figures, 2 tablos,
and 10 referencest 4 Soviet, 3 French, and 3 US.
ASSOCIATIONt Institut yadernoy fiziki AN UzSSR, Tashkent (Institute of
Nuclear Physics of the Academy of Sciences Uzbekskaya SSR,
Tashkent)
SUBMITTED: October 1, 1959
Card 3/3

ABDULLAYEV, A.A.; BIBINOVt S.A.; LOBANOV, Ye.M.; KHAITOV, B.K.; KRAYDAWV, A.A.
Using radioactive isotopes as indicators for studying the dynamics
of underground waters. Uzb.geol.zhur. 6 no-1:57-61 162.
(MIRA 15'.4)
1e Akademiya nauk UzSSR. i---
(Water', Underground) (Radioisotopes)

ABDULLAYEV', A.A.; KRAITOV, B.I.; LOBPIIOVO Ye.M.; KBAYDAROV, A.A.
Measurement of the activity of tritium in water sampl6s.
Izv. AN Uz. SSR. Ser. fiz.-mat. nauk 6 no.5:40-44 162.
(MIRA 15:11)
1. In3titut yadernoy fiziki AN UzSSR.
(Tritium)

BIBINOV, S.A.; POBOYKOVA, Ye.G.; PETRENKO, V.D.; KHAYDAROV, A.A.
Radiometric method of analyzing the products of tungsten ore
dressing, TSvet. met. 36 no.7t84-86 Jl 163. (MIRA 16:8)
(Tungsten-Analysis) (Radiometry)

LOBANOV, Ye.M.; NOVIKOV, A.P.; KHA AROV,.A.A.; GURE-VICH, L.G.,
otv. red.; KISELEVA, V.N., red.; KARABAYEVA, Kh.U.,
tekhn. red.
(Activation analysis in conditions of geological bore-
holes) AktivatsionrWi analiz v usloviiakh geologicheskikh
skvazhin. Tashkent, Izd-vo X] Uzb.SSR, 1963. 66 p.
(MIRA 17:2)

DVUKHBABNAYA, TS.M.; LOBANOV, Ye.M.; MIRAIZKIY, I.A.;
POZYCHANYUK, V.F.; SAYFUTDINOVA, D.G.; MIAYDAROV, A.,,.
Use of neutron activation analysis in determining minute amounts
of gold and rhenium in rock samples. Zav. lab. 30 no.7:822-
824 164. (MIRA 180)
1. Institut yadernoy fiziki AN UzSSR.

M YDAROT. A.Kh., dotment.
j-
i~~ ~ -, -.1. 11.-:j~~,
oblem of access to an abscess of the lesser peritoneal vac.
Xhirurgiia no.2:73-75 7 154. (MIRA 7:5)
1. Is. kliniki gospitalluoy khlrurgit Sawritandskogo medi'velaskogo
instituta im. &kad. I.P.Paylova (saveduyushoMy kafedroy - professor
V.P.Bodulin). (Onantum) (Abscess)

KUYDAROV. A-Kh.: MUM. N-K-
Production of-experl mental stenools (coarctation) of the aorta.
Xhirirgiia, no.9:62-64 8 155. (MM
11. Is laboratoril klinichaskoy fiziologit (zav. deystvitel'Wy
AMU SSSR Prof. PX Anokhin) Instituta, khirirgii iment A.Y.
Vishnevokogo (dir.-chlan-korrespondent AM SM pirof. A.A.
Viahnevskiy) Akademil uaditsinakikh nauk r:,SSft.'
(COAROTATIOIT OF AORTA, exper.
method)
9:2)
chlen

TuSuAlurnn and Animal Physiology- Blood Circulation. The Heart. T-5
Abs Jour: Rof Zhur-Biol-I No 12, 1958p 55599.
Author -n-, Dzhagaryan, ',. D., thzayov,
P~ ~1,_Savchon]cov, 1. 1.
Inst
Titlo Tho Roentgenologic and Photographic Diagnosis of an
Exporimontally Induced Aorta Coarctation in Dogs.
Orig Pub: Eksperim. khirurgiya, 1956, No 41, 27-32.
Abstract: In 12 dogs, tho aorta was stitched lengthwise with
a singlo-stitch apparatus, by using tantalum clamps
an tho various lovcls of tho thoracic soction. In
15 puppies of various ago3p an aortic stono3is was
porforrmd at points highor and lowor than the ar-
terial flow, thus croRting an inf~%ntilo type coarc-
tation. In examining the operated aninnls, a phono-
Card 1/2
USSR/Hurian and 1,nimai Physiology. Blood Circulttion. Tho Foart. T-5
,be Jour: Rof Zhur"Biol., No 12, 1958j 55599.
cardiogram registration was nadc of the tharacic
region and of the esophagus, as well an an cloctro-
cardiogram (ECG). Also, roentgenography, sorinl
angiocardiography, and kyt~ography wora used in t1io
examination. The appearance of systolic and diasto-
lic noiso was observed in aortic stonasis, on the
level of the stonosiB, and also vortox movements
of the contrast nattor above the stonosis. The roont-
gcnologic ondoauscultition r.,.othod r,.ikos it possible
to dotornino the site, the degree, and the lon-th
of the aorta stonosis. The authors are of the opinion
that angiocardiography and rocntgonologic ondoauscul-
tation are of groat significance for the diagnosis
and for the choico of nothods in treating aor+,,i co-
arctation in ran.
Card 2/2
78

MIAIDAROV, A. Mi., MAYSYUK, A.P. (Moak-va)
Morphological chnrnateristics of experimental coarctation of the
aorta. Zkoper.khIr- 3 no-5:58-59 S-0 158 (MI11A 11:11)
(AORTA-DISEASES)

ICTAYnAROV, A. 101.: Doc Mod Sci (diss) -- ,Som p7nysiological characteristics of
hemodynamic shifts in experimental coarctation of th'.) aorta". Moscaw, 1959. 22 pp
(Acad Mod Sci M.%), 250 copies (KL,, 110 15, 1959., 119)

KHAYDAROVI A.Kh.
Physiological mechanisms of functional compensation in experimental
aortic coarctation. Red. zhur. Uzb. no.6151-53 Je 161.
(MIIA 15:1)
1. Iz gospitallnoy khirurgicheakoy kliniki S#=arkandskogo gosudar-
st,vennogo meditsinskogo idstituta imeni I.F.Pavlova.
TAoRTA--Dis w Es)

-KHAIDAROV, A.Kh.,. (aUYKO, S.M.
Treatment of extensive burns. Mod. zlnw. Uzb. no.11:66-68 N 162,
(MIRA 15:2)
1. Iz kliniki goopital.1noy khirurgii (zav. - doktor med.nauk Khaydarov,
A.Kh.) SaAarkandskogo gosudarstvennogo meditsinskogo instituta imeni
akademika I.P.Pavlova.
(BURNS AND SCALW)

XWDAROV, A.M2.,, prof.: OWKHOVA, L.M.; VAKHIDOV, A.Z.
Strengthening the abdomiz~l wall in recurrent ventral hernias by
means of plastic repair of the aponeurosis and skin'with an
A.A. Limberg counter graft. Khirurgiia no.6t95-97 Je 161.
(MIRA 1421-1)
1 Iz goo itallnoy kbirurgichoskoy kliniki (zave - profo A*Khe
&ydarov~ Samarkandskogo meditsinakogo instituta.
(HMIA) (SKIN-TRANSPLANTATION)

S/242/62/000/008/001/001
1053/1215
AUTHORS KhaYdAr9v,&_Kh,_, Prof. Cand. Mcd. Sc.; Galayko, S. M., Levin. S. L. and Foygel'man,
A. Ya.
TITLE. Homo-autoplastic surgery in burw or irradiated animals
PERIODICALL Meditsinskiy zhurnal uzbekistana, no. 8. 1962, 55-57
TEXT: The biologic principles of the successful transplantation of homografts are not yet understood
Twenty six rabbits of about the same weight and age were subjected to charing burns on their backs (9 cm2).
The necrotic scab was removed at regular time intervals and an auto- or homograft was immediately tmns~
planted into the oM-cd wound. Twenty rabbits were subjected to repeated X-irradiation. (2 x 600r). Penet-
rating radiation affects the recipient of the homeograft, which, when tTansplated during the height of radia-
tion sickness dissolved rapidly. The healing process of autografts is slower in the inradiated animals than
in the controls. Homografts transplatened from irradiated animals, 7 days after irradiation with 600 r. to
healthy animals, remained alive for a long time and the epithelisation of the wound occured after 4-5 weeks
ASSOCIATION. Kafedra gospital'noy khirtirgii Samarkandskogo gosudarstv=ogo meditsinskogo m-
stituta (Chair of Hospital Surgery State Institute of Medicine, Samarkand)
Card 1/1

GALAYKO, 8.M., kand. med. nauki KHAYDAROV, A.Kh., prof,; MUSAYEV,, T,M.,
aspirant
Surgical treatment, of trophic ulcers of the leg. Nau--h.
trudy SamMI 22:89-93 103. (m:I?A r !q)
1. 1z kliniki. goepitallr.oy kh~'i,urgil ~#imttr~andnkogo med'-'-sin-
skogn Inatituta.

millyfudllov~ A~Kh, prof ; ODl;FH'O',.-Aj ~ J11, , dot.,jtint.17 "I"Ill. fK0,
kand, med. nliuk
RnatoratIve operntions In clcowicinl N'!tticll.
Trudy SamMIL 22gloO-lY) 161o (MIRA 1-11 9')'
1. 1z kliniki gospitallnoy kh!ruq.,lJ .",amfirkan3ol~oyc medi'Sinsk0go
instituta.

-YJiAnAROV,--A.Kh., prof.; RASUMV, i(b.Klt., Iqpolnyay-uqhchiy oi-yazannosti
dotsnnt~i
Primary orwiioplasty by mewis of plexiglas in vranial traumas.
Nauch. trudy SamMl 22xlO?-lll 163. (M-W-. 17M
1. Iz kafedr7 gospitallnoy khirargi.' Samarkandsko.p meditsinskogo
instituta.

KHAYDAROV, A.Kh., prof.; RAFIKOV, A.U.
Importance of nedimentO'lion cyntography in the diEignostn
of tumore of the urinary bladder. Nauch. tiudy 3azMI
22:112-114 63. (MIRA 17:9)
1. 1z gospitallnoy khirurgicheskoy k1-Jn1ki SamarRandskogo
Ynoditsinskogo instituta.

~Ul in Lz
t smio t ra:-.A p Ilar,
!I f3 e n
Flo r
L m
r +-~n

ob'~y*,linerL- 1 7
.43,a L-Q-1 , - " , ,~, ~ , i I t C-~
'iurgv~.T-y of the Sartar
.t4R,

KPAYDA,~Ovy A.KI.; S.A.
fle,-,iostatic effectiveners of' lagochiius tincTure in der-natcplL, sty
in burns. Vest. Ichir. 92 no.6:109-110 Je 164.
(MIRA 18:5)
1. Iz gospitallnoy khiriirgicheakoy kliniki (zav. - prol'. A.Kh.
Khaydarov) Samarkandskoflo meditsinskoj--o Instituta imeni Pavlova
(rektor - dotsent. Khantov) i ob"yelinennoy klinicheskoy
bollnitoy Tlo.1 (gLavnyy vrach - YLL.P. 1-12,111KOV).

El V (M (I
ACC
NRi AR6oil864 SOURCE CODE: UR/0299/65/000/020A.017A,'017
AUTHOR: Khaydarov, A. Kb.; Galayko, S. M.-
TITLE: Morpbological abange of bomotransplants in irradiated animals
SOURCE: Ref. zb. Biologiya, Abs. 20M102
SOURCE: Nauchn. tr. Samarkandsk. med. In-t, v. 31, 1964, 45-48
TOPIC TAGS: animal experiment, tissue transplant, skin pbysioloeyp
radiation biologic effect
ABSTRACT: Six rabbits were irradiated with single 400 to 600 r doses; j
and, following irradiation skin from these animals was transplanted to
no 7
2Pirradiated animals in 1 to 3 days (1st series, 5 rabbits), in 7 da 5
d series, 5 rabbits) and in 11 to 2 mos Ord series, 5 rabbits).
Slt~ n from nonirradiated donors was transplanted to 3 control rabbits.
1,11orphology of transplant accretion in rabbits of the 1st and 2nd series'
corresponded to that of control rabbits (the wound was replaced by scaq
ti33uG in 3 weeks). In rabbits of the 3rd series, the transplants from-~t,-
animals who bad survivied acute radiation sickness took for a longer
period (dystropbic changes in the transplant ware found only after
weeks). N. S. ZTranslation of abstrac!7-
CODE: . 06

KHAYDAROV, D.
------ - I -- ~
Variability of the ootton wilt agent. Usb. biol. zhur. 9 tos4121-25
165. (MIRA 18110)
1, Vossoyusnyy institut zashohity rastenty,

NAGIBIN, Ya.D.p prof.p doktor sellokokhozyaystvennykh nauk;
KHAYDARGV, E.p kand. sel'Bkokhoz. nauk
Transforming the nature of the S-460 cotton variety. Agro-
biologiia no.6:831-835 N-D 163. (MIRA 17t2)
1. Tadzhiskiy sellskokhozyaystvennyy institut, Dushanbe.

SPERANSKAYA, A.A.; FMAYDAROV, I.Sh.
h-i"""-*-"",-" "',
Polarograp or determining the oxygen content in froBh-water lakes
and rivers. Vest. Mosk, un. Ser. 3sFiz., astron. 18 no.5:24-27
3-0 163. (MIRA 16:10)
1. Kafedra fizikl morya i vod sushi Moskovskogo gosudarstvannogo
universiteta.

MAYDAROV, I.Sh.-
Device for determining dinvolved oxygen. Vest.Mosk.ur,.Ser.6:
Biol., pochv. 20 no.4:50,-64 JI-Ag 165. OMIRA 18:12)
1. Zoologo-entomologichens?aya labonito!-iya ";oskovol:o~1o
I
universiteta.

t- f~
AN

s/o58/6a/=/w,-/o3 V i 2o
A06PVA101
AU'LIIQR,i: Muminov, M., naydarov, Kh.
TITU": 'Absorption of r-rays by burnt bricks
PERIODICAL: 11cferativnyy zhurnal, Fizlka, no. 1, 1963, 68, abstmet, IA586
("Tr. Samarkandsk. un-ta", 1962, no. 117, 3 - 11)
TE~T: An experimental study was made on the attenuation of a wide mid a
narrow t-ray beam passing through an absorber of comple composition (burnt
brick) . As a source of r-radiation a preparation of Coto was used. RecoMing
of' thn rradiation was carried out with the aid of a Geiger-Wller counter and
a B-type installation. The results of the measurements are presented in the
fo~-mi of a series of diagrams.
[AbStractor's note: Complete translation]
Card 1/1

3/081/62/000/015/036/038
B171/BIOI
AUTHORS: Khaydarov, Kh. F., Abduvaliyev, A. A., Sultanovs A. S.
TITLE: Investigation of the polymerization of sylvan in the
presence of organia-titanium-ailicoxi halide-ionio catalysts
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 15, 1962, 632p abotract
15R35 (Sb. "Yopr. izpolOzovaniya mineralln. i raetit
syrtya Bredn. Azii." Tashkent, AN UzQ.SR, 1961, 128-132)
TEXT: The reaction of the polymerization of sylvan under the action of
complex catalysts: Ti IC113Si]2C110, Ti 1( CU 3)26'12018' T i L(C11 3)3Sf]2C'6
and Ti IC6H5Si]2Cl 10 has been investigated. The reaction wan carried on
for 5 hours at 500C and the amount of the catalyst used represented
0-5-4;'o mole per mole sylvan. The yield of the polymer increao03 With the
decease of the number of methyl groups in the catalyst. The molecular
weight of polysylvan ranges from 1500 to 2000. Polyaylvano thun prepared
may be used in the paint and varnish industry. [Abstracter's note:
Complete translation.
Card 1/1

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K H AYDARO V, Kb.F. ; S U LT A] I OV, A.03. ; ,, in. , ft .
Polirwr lmt,15n of eylvan 'Ln the pr-!seri, m cit'
cataly~- .3 of antinony, till IT5! n wn
chlorldin tmd o-rgan031.1ican r".cimpamd:. YN,--i. i
pri-rM. i I r,- ( " " 1 1. 8 -. I. )
at 5y!,~-Wl in

ABDUVALIYEVf A.A.; KHAYDAROV, Kh.F,; SULTANOV, A.S.; SIGOV, V.V.;
DORONIN, N.L.; TARASOVA, A.G.
Production of polysylvan from the wood-chemical sylvan. Gidroliz.
i lesokhim.prom. 17 no.2t22-23 '(A~ OURA 17 3 4)
1. Institut khimii polimeroy AN'UzbSSR (for Abduvallyev,
Khaydarov, Sultanov). 2. Ashinskiy lesokhimicheskiy kombinat
(for Sigov, Doronin, Tarasova).

re

I F10 & A m

ABDUVALIYEV, A.A.; KHAYDAROV, Kh.F.; SAGDULLAYEVA, P.; OBNOSOVA, A.D.
Lacquers based on urea-formaldehyde resins modified with furfuryl
alcohol. Lakokras.mat. I ikh prim. no.2:67-69 164. (KRA 17-4
AP

KHAYDAROV, K.Kh.
Triaoanthine , a new Mparation with spaomolytia action. Med.
prom. 17 no.6253-54 W63 (MIU 17 Z4)
1. Vseaoyumyy nauchno-issladovatellskiy institut lekarst-
venny'kh i aromatichaskikh rastaniy.

KHAYDAROV, R.M.-I inzh.
Dynamics of stroam abannel procossea in the Ili Delta. T=dy
Gidroproakta no.4:266-272 160. (MT-RA 15:2)
(Ili Delta-flydroloa)

BDKJ, I.I.; BARBOT de MARNI, A,V., V_1SLGGUZO;A.. A.T; GALIYEV, M.S.;
LI, A.B.; LOMONOVICH, 11.7.- ituKU'VENFO, 'Z.V.~ ASSING, !.I.-
NUI-MlIGALIYEV, A.B,,. SOKOWL GR1GOR"1EVA,Ya,.P.;
.SEROV, N,P.,-, LEONOV, G.M. &UKHAROV ., B.S~;'ZAGATNOVv, V.I.;
BOM~SKIY' V.M,~ LITVInOVA., A.A. ;,PWREBINSKIY, M.A.;
NASONOVA, O.M.; KHAYDAROV, R.M,i SIJVOfDVA, 'R,I., red.;
ALFEROVA, P.F...~
(Ili Valley, its natuz-. and resow-,39] llitskaia dolina, ee
priroda i rosuray. Pod abshchel. red, M..I.Lomonovicha. Almit-
Ata. Izd-vo AN Kaz.SSR, 1963~ 338 p. (MIRA 16:8)
1. kkademiya nauk Kazakhskoy SSR, Alrw-Ata. Institut geolo-
gicheskikh nauk. 2. Nauchz%y.%-e sotrudniki Instituta geologi-
cheskikh nauk AN KazS4R (for Bok, Barbot de Marni, Visloguzova,
Galiyev, Li, Lomonovich, Yakovenko). 3, Institut pochvovedeniya
AN KazSSR (for Assing, Numangaliyev, Sokolov, Borovskiy,
Litvinova, Pogrebinee-y). 4. Institut botaniki AN KasSSR (for
Grigorlyeva, Nasoziova),, 4. 7ns-utut zoologii AN KazSSR (for
Serov). 6. Kazakhskiy politekdinicheskiy institut (for Leonov).
7. Ministerstvo sellskogo khozyaystva KazSSR (for Zakharov).
8. Kazanskiy filial Instituta "Gidroproyekt" im. S.Ya.Zhuka
(for Khaydarov).
(Ili Valley--Physical geography)

KIIAYDAROIJA. R. N.
Geography of the industri of thi, ncxtlitirn districts of tho Tajj.k S.S.R.
Uch, zap, Dushe goo* ped. inst- 35. Ser. ~nog. 162.
(TaJiklatan-Industries, Location of)