SCIENTIFIC ABSTRACT NIWINSKI, T. - NIYLISK, KH. I.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001137310005-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ffilwilfgKi, T.
To.-minalogical problems. Przagl papier 20 no.12.," D '64.

NIWINSKI, Tadcus-z, u,.gr inz.
,.!! - -;
r~-: 53 ~,
Feading the cont.nuclus d~gd~t4r IT) thd dig6st-= L f
cerafil straw. Prz+igl pepier ~! nc.2;47-%j F '~j5~
1. Design Offico of the Paper Induntry, I,odz.

SALUKT, DZE, R.G.; MAGU, D.
Absorption of 80 hav. ity"-f-6naas b7 carbon nu,~'L;!-', Tnad-r lnat,
fla. LN Gruz. SSR 9s77-84 163.
ScAttering of /f+'--mesonB on hydrogen wnd carbon. Ibid. A5-95
h
(Mll'A 17.7)

NIYAKIY. V. V.
Dissertation defended for the degree of Candidate of Historical Sciences at the
Institute of Slavic Studies
"Mass Peasant Movement In the Second Quarter of the XIX Century in Western Bulgaria
and the Armed Uvolt of Bulgarians in Braul."
Vestnik 44cad. Nauk, No. 4, 1963, pp 119-145

VAKHABOVA, D.; MUSAYEV, I.A.; NIYASOV, A.M.
Gas-liquid chromatogmphy of normal -Araffin hydrocarbons in
Chelaken petroleum. Izv. AN Turk. S-IR.Ser. fiz.-tekh.,, khjm. i
geol.nauk no.6j23-30 163. (MIRA 18:1)
1, Institut khimii All Turkmenskoy SSR.

)UYAZAUMA. B.
We will fulfill our obligations. ffellkhos- Elm- 3 no.10:27-28 0
157, (Nm lotil)
1. Zvonlyevaya kolkhosa In. Stalim r1rovskogo rayona.
(K-Irghizistan-Tobacoo)

KIYAZ.HEKOV. S.3,
Members of the All-Union Volunteer Society for Assistance to the
Army, Air Force and Navy help in the ansault, ow virgin land . Za
ind. 29 n0-44-5 ALP l6l. (19-RA 24:7)
1. Sekratarl TSelimogo kraykoma Komministichaskoy partil.
IArzakhstana, deputat Verkhovnogo Soveta Kazakhskoy SSR.
(Virgin Territory-Fam mechanization)

NIUIV, V.I.; lUYAZBEKCWA, L,U.
Use qf bentonite far prevuzrtizzg the fox tion of protein turtddity
in grape wine. Izv. vys. ucheb. sav,; pishch, tekh, no,2:103-
105 r63. (MIRA 16:5)
I.-TateqO7uznyy nauchno-issledavatellskiy institut vinagradarstya
I vinodeliya ONagarachl*g laboratoriya Wadi vinodsliya.
(am and wine making) (Eentonite)

MIUZEEKOVA L,U,
Ne',atartarlo acid and its use In wine making. Trudy VKllViV
"Kagaraah" 13t108-112 164. OURA l7sl2)
j .
.1

VITA20131-2 '
R11athods of Improving the Yeeding of Catton Plants ia the Weak
and Medium~Salina Soils of the Turkmen SSR." Cand Agr Sci, Turkmen
Agricultural Inst laent M. L Kalinin, Ilia Higher Educition USSR,
Ashkhabad, 1954. (&L, No 10, Mr 55)
SO: Sum. Vd. 670, 29 Sep 55 - Survey of Scientific FLnd Technical Dis-
sertations Defended at USSR Higher Mducational Insittutions (15)

USSR / Cultivated Plants. Plants for Technical Use. 14
Oil Plants. Sugar Plants.
Abe Jour : Ref Zhur - Biologtya, No 6, 1959, No. 24964
Author :.._Yjyazberdyyev, A. Kh.
: TurkE&M-an gr cu-i-
Inst ural Institute
Title : An Experiment of Applying Fertilizers to
the Furrow Side of the Cotton Plant on
Saline and Non-3aline Soils
Orig Pub : Tr. Turkm. a.-kh. In-ta, 1957, 9# 31-34
Abstract : In a field experiment by the Chair of Plant
Cultivation of the Turkmenian Agricultural
Institute In 1953, it was established that
the introduction of fertilizers on the side
of the furrow in comparison with introducing
It In the middle of the furrow In more
effective on saline soils, where the roots
develop sligbtly In breadth.
'Jard 1/1
118

MITAUUMV, D. (Cbardzhou)
Rural publio health at a now MAjos Zdrav,Turk, 7 no#204 F 063o
JWU 16 c4)
(POLIO MLTHO FML)

3.
Asst. Qhalrurin of the Presidium of the Thdzmik Branch of the USSR Acadew of Sciences
Doctor of Philogical Sciences
'Stalin in tho Banner of Friendship Ariong PeoT)leri"
Current Digest of the Soviet Press, Vol. It No. 51, 1950, page 20, (In CIA Library)

VAJUIABOVA, Kh.; MUSAYEV, LA.;- .11
Use of the method of gas-liquid chromatography in analyzing
bicyclia aromatic hydrocarbons in Cheleken petroleum. Izv.
AN Turk. SSR. Ser. fiz.-tekh., khim. i geol. nauk no.6:28-
35 164. (MIRA 18:4)
1. institut khimii AN 7arkmenskoy SSR.

VAKH B(.)VPp Kil.
A cu I-P r pp ri
Izv. AN Turk. ~el4h. P-Am,. i
99-102 165
1. in-stil,ut i.h'nil

Mw.cdov Sj`i. and A. *"Iyazr.,v, '1*,.c:3r:arch In the ;,rea of srat"nesis of z~rj-jc
Collection 21, 113pithovis of sim 1e b',1",rc!tt, A of
izve.-Alya ..^.kad. rvauk- A:,erbaydz.-i. 03,)7, 77~ P. 30-52 - -,.i-surnc in
lant-,ua[,.e
SC : U-Y;'t,), 16, June 5';:, (Leto -Io 'Z21arna," 1:ivl~h :'tatcY, 1949).

utyAZOV" L.
27WO. NITAZ07p A. - Ouvo7 niye golodnoy atepidelo vaego itzbekskogo naroda.
Sots. Sel. khoz-vo uzbeldstanav 194% go. 2. S. 1-11
SO- Letopist Zhurmlln7kh Statay,, Vol. 37, 1949

NIYA20", '. N.
I 'k
7501: Z IZD-~4~-
Aya. NOT Tuprll* ZSR, 1 ;54. 20lis* 22r4wo (,J:,D. ' SR. 1'.1,-7
'YAZ'jl:,% I Lll'--,'%'%TIJqY). 2.000 EZZ. 6r. 401-- V P:T,,. - 55-3,,,;3 - L91-71016-4-
94-3614,A-351-316.4; 91-71: 54+51t (03')
Zoo; Knizhmaya Latopis papa 1~ vol. 7, r,55

I'Lrr r,-r 4-_-1 ./-T~
RITAZQX A.; ZAKTATINA. Z.P.; OVA. N.G.
.It! . . -.11
11aphthenes In the petroleums of Turkmenistan. Izv.AN Turic. SSR
no.5:51-58 157. (MIRA 10:10)
l.Inatitut khimii AN Turkmanskov SSR
(Turkmenistan--Petroleum)
(Raphthenes)

NIYAZOT, A.; VAKEABOU. Kh.
r-11, - ff.
'Ittrocarbons of the naphthalene series of Chelsken petrolen.
Izv. AN TtwTc. SSR no.2:27-32 158. (NM 11:4)
Llastitut khImII Air Turkmenekoy SSR.
(Chelaken District-Patroleum-Analysis)

NITAY-OV. A.M.
'f&glcg of the 'n"Itats of Chemistry of the Acadaz7 of ScIencog of
the Turfman S.S.R. In the light of the decisions of the Ka,I ?Is=*
of the Central Committee of the aW. 1xv. AN Turk. SSR no.4:115
'58. WRA 11:10)
(Turkiwaistan-Chamical reasarch)

Alr'THORS: Niyazovo A. M; Vakhabova, Kh; Shishkina, N. V.
TITIX: Condensatl'oh-of Aromatic Hydrocarbons with'a Light Oily
Fraction of Cheleken Petroleum. (Kondensirovannyye
aromaticheskiye ug-levodorody lefekoy maslyanoy fralktsli
0helekenskoy nefti)
P-73RIODICAL: Khimiya i Tekhnologiya ToVliv i 7,1asel, 1958, Wr 9,
pp 13 - 18, OUR)
ABSTRACT: The possibility of using the pterate method for separating
the c o nde n s ed aromatic hydrocarbons from the light oily
fraction (300 - 37000 of Cheleken petroleum was Investirat-ed,
as vrell as the utillzation of the obtained analysis data
and ultra violet absorption spectra. A number of trLcyclIc
and tri-substituted dicyclIc aromatic hydrootirbons were
separated. The method described b T Cosclug (Re4l.8) and
improved by S. S. Ifametkin et al, (Kef: 9 and 10) va's u3ed.
6. *8 kg of the oil,separated from the crude petroleum of
two oil wells (67 and 60) frofii- the Cheleken reglon,was used
as raw material; its boiling point was within the limits
of-300 - 37000. Th6 oil was distilled into ten-grade frac-
tions and each narrovi fmotion vras treated with picric acid.
The separated pierdte was dried on a filter paper, re-
Card 1/3 crystallized several times from ethyl alcohol and welChed.

Cnndensation of Aromatic Hydrocarbons with a Lirht Oily Fraction of
Cheleken Petroleum.
Results of this process are riven in Table 1. Vio plarates
were then decomposed with 'A 3%. -alkali.,s' o'lu't I o a
and the separated oil extracted with ethyl ether. After
separation of'the ether the oil was distilled two to
three times over metallic sodium and narrow fractions
taken off. The physloo-chemical constants of the sepa-
rated aromatic hydrocarbons were then defined. The ultra-
violet absorption'spectra (2,900 - 3,800 A-0) of some
fractions were Inve3tirated in a quartz spectro"aph
and recorded on a microphotometer; microphotograms olf'
these fractions are shown in FIgs. 1 and 2e The physico-
chemical constants of the fractions are tabulated (Ta")Je
2). FiC.3: microphotogy-an of the absorption spectrun.
of the anthraceno. During, the recrystallization of
picrates of hi,-her fr1actions a gum-formin(- mass separated.
It Is possible that this is due to the partial oxidation
or decomposition of the*pierates. It is known th%t
anthracene and its derivatives are comparatively easily
oxidised and that anthraquinone and other substances
are formed. The authors concluded that the piceate
Card 2/3 met"nod is Suitalble -4for sep"ratinC,, tricyclic condense d

Condensation of Arom'.-tic Alydrocarbona ,*,rith a Lj-ht Oily Fracticn
A. F_ 4
of.Cheleken Petroleum.
aror.iitic hydrocarbons from the liCht oily fractionS of"
petroloura. The'pre3erce of phenanthrene ':~nd it--, honolot-uos
and aloo or tri-subatituted naphthalenes .Tao oonfirmed.
The ultra-violat spactra were u3ed for establishing the
prooence anthracene .,Ind Its homologues in sone of tho
fr,'~.ctlnns. There are 3 21turezp 2 TableL and 14 4cfeven-
ceG: 3 EnLrli3h, 10 6oviet and 1 German.
ASSOCIATION: Institut Khimli Tur'cmen2koy SSR (Institute of Jhemlstry
ot' the Turkmen 'SSR)
1. Petroleum--Fractionation 2. Hydrocarbons--Separation
3. Pleric acid--Performance 4. Spectrograpbic analybis
Card 3/3

5/165/60/000/002/002/008
A1o4/A129
AUTHORSt Niyazov, A.N.# and Vakhabovap Kh.
TITLEt The problem of the chemical composition of higher fractions
of the Cheleken petroleum
PERIODICAL: Akademiya nauk Turkmenskoy SSR. Izvestiya. Seriya fiziko-
tekhaicheakikh, khimieheskikh i geologicheakikh nauk, no.2,
1960t 29-35
TEXT: This article, compiled in cooperation with the Senior Soien-
tific Worker Ye.S.Pokrovskaya and the Candidate of Chemistry M.V.Shiahkina,
is a continuation of previous papers on properties of the Cheleken petrole-
um (Refs- 5 and 6# Niyazov, A.N., Izvestiya AN TRRS, 1958, no. 2. and Khi-
miya i tekhaologiya topliv i masel, 1958, no.9). Specifically, the hydro-
carbon composition of the 370-4000 fraction was examined. The primary oil
of d!qo - 0.9002, nJ,0 = 1.4987 and an aromatic content of 259 in 730 g was
subjected to a chromatographic fractionation with AC14 (ASM) silica gel.
The obtained naphthene-paraffia portion of 511 g was analyzed separately,
whereas the aromatic concentrate was separated into the compounds A,, A2,
Card 1/8

5/165/60/oo/100210021008
The problem of the chemical composition ... A104/AJ29
A3, A4, and 15 with the help of ASM silica gel. These compounds belong to
monooyolio, bioyolio and tricyclic groupas compound A5 undervent additional
fractionation with aluminum oxide. All aromatic hydLrooarbonis were vacuum-
fractionated and their characteristics were determined according to: cyclic
composition, basic analysis and absorption spectra in the nearest ultra-
violet zone. The latter two tests were carried out in the Institut nefti
Akademii nauk SSSR (Petroleum Instituto of the Academy of Sciences of USSR).
Fraction Ai coAsists of di-substituted and tri-substituted benzene homo-
logues. Molecules of these hydrocarbons have one aromatic and one naphtha-
ZO
ne ring; high values of a p are due to the latter. These hydrocarbons form
n
o 1cra es.
i t The miorophotogram of the fraction absorption spectrum with
n 9
P - 1-5118 shown in Fig.1 is typical for the benzene group. The pres-
ence of aromatic and naphthene rings with paraffin chains was established
in the A2 fraction. Fig. 2 shows a microphotogram of the fraction absorp-
tion spectrum with n V - 1-5345 (al and 1-5735 (b). A low absorption co-
efficient in the region of 5.100-3 A indioates a low oontent of naphthene
hydrocarbons (5-10%). This and az'7 w 1-5359 fraction contain bi-substi-
tuted.and tri-substituted naphthalenes. Group A3 has three rings, two of
Card 2/8

3/165/60/000/002/002/008
The problem of the chemical composition ... AIOI+/AI29
them aromatic. Fraction A4 is a mixture of bicyolic and tricyclic hydro-
carbons. The miorophotogram. (Fig-3) of the absorption spectrum of frao-
tions with n't* = 1.6095 reveals the presence of naphthelene and phenathrene
hydrocarbons. These aromatic hydrocarbons form with picrio acid brown pio-
rates with a melting point of 107-1090C and proved easily decomposable dur-
ing recrystallization. The content of C and H in A1+ reaches 98,.8%, the rest
are the non-hydrocarbon components 3, 0 or S. Increased density and refrac-
tion index reduce the molecular weight of aromatic hydrocarbons and their
content of hydrogen. Decreasing molecular weight is linked with the condea-
sation of cycles and the decrease of paraffin chains. After distillation
of the solventt Of3 g of yellow cryetalls was separated from the aromatic
concentrate A with n2d - f,64 - 1,66. After reorystallization with alco
hol-benzene taese orystalls have a melting point of 223.5 - 224-50C, are
soluble and highly fluorescent in benzene. Alcohol and petroleum ether are
not 3uited as solvents. The remaining oil was diluted with petroleum ether,
cooled to -100C which produced further 0.17 g of crystals with meltingpoints
of 215-21700. The basic composition of the substance with melting points
of 223.5-224-50C is as followes C 92.92%; 92-.87%; H 7, 17%; 7.21%; C17 H16
Card 3/e

3/165/60/000/002/002/008
The problem of -tee. chemical composition ... AlOVA129
(determined values) and 0 92-72%; H 7, 28% (estimated values). The spec-
trum of this substance was taken in benzene solution and showed absorptions
of 396409 39550t 3t4609 3,415 1 which are unusual in naphthelene, ph"ena-
throne and anthracene hydrocarbons. The inspected sub.stanoe is presumed to
be a ohrysene homologue. The crystalline substance wi.th melting points of
215-2170C showed an analogous absorption spectrum. The rectaining oil was
subjected to fraotionationg i.e. adsorption fractionation, of heavy aromatic.
to
concentrate of a B - 1.6526 (11 g) with aluminum oxide (3). The naphthene
paraffin portion has dzO - 0.8693 and a 1.4772; cooled down to -39
-400C it resembles glass, forms no complex with carbanide but with.acetone,
benzene and toluene it produces a weak suspension. It is assumed that this
portion of the Chelaken petroleum consists almost entirely of naphthene hy-
drocarbons. Fig. 4 shows the infrared absorption spectrum of the naphthene-
-paraffin part of the 370-4000 fraction (a) and of the vaselin oil N. The
spectrum was taken by an HKC-14 (1K3-14) spectrophotometer with a N&G1 prism
in a 0.116 am layer. It shows that high quality vaseline oil can be obtained
from appropriate fractions of non-paraffinic Cheloken petroleum.Tests proved
that arotmatio hydrocarbons of the 370-400* fraction of Choleken petroleum
Card 4/8

s/165/60/000/002/002/008
The problem of the chemical'composition Aio4/AI29
consist of 1-4 condensed nuclear rings and molecules containing naphthene
rings and paraffin chains. Distillate 370-4000 consists mainly of naphthene
hydrocarbons and is a suitable raw material for the production of lubricants
with low congealing properties requiring no preliminary deparaffination or
depressor. After separation of aromatic hydrocarbons, higher fractions can
be used as raw material for vaseline oil. There are 3 tables, 4 figures
and 10 references: 7 Soviet-bloc, and 3 non-Soviet-bloo.
ASSOCIATION: Institut khimii All Turkmanskoy SSR (Institute of Chemistry
of the Turkmenskaya SSR)
SUBMITTED: November 2, 1959
Card 5/8

KIYAZGVj, Aid Mamedovich
IL-fti Turkmenil . Ashkhabad, Izd-vo Akademii flauk
1962.
Turkmeaskoy M,
159 ill p. diagra., tables.
At head of title: Akadeniya Nauk Turkmenskoy SSR.
Institut Khimii.
Added Title page in Turkic.
Bibliography: p. 15T-[1601

RIYAWVl A.U..; KHABAYEVA, Yo.S.
1--, -, "
Synthetic cyclopentylaryl ketones. lzv.AN 1)wk.SSR.5er.flz.-tr--kh.,
khim.i geol.nauk no.1:103-106 162. (IGRA 16:12)
1. Inatitut khImil, AN Turkmenskoy SSR.

MITAZOV p A.
KeWnization of patrols= hjrdmcarbous. Izv.QI Turk.31SPI.Ser. f iz.-
takh., khIm.1 geolonauk no.2:120-223 162. (HM 15W
I* InstLtut khIm' AN Turkwuskoy SSR.
(L%troleum products)' (Ketones)

NIYAWV, A.; KHABAYEV, Ya.
Synthesis of naphthanylarylketones. Izv. AN Turk. SSR.Sar. fiz.-tekh.,,
khim. i gaol. nauk no-4-.43-50 163. (KRA 17:2)
1. Institut khimii AN Turkmenskoy SSR.

NIYAWV, A.N.; AINHANOVA, M.A.
Synthosis of naphthylcyclohexylketones. Izv. AN Turk. SSR.Ser. fiz.-
tekh., khim. i geol. nauk'no./+:119-120 163. (MIRA 17:2)
1. Institut khimii AN Tin-kmenskoy SSR.

lIrfAZOV, A.N.; SIDORUKO,
Synthesis of mixed estero-etheru of the naplithenic series.
Izv. All Turk.S"lR.Sar.fiz.-tokh.# khim. i gool..nauk no.5:116-
11111 165- (VIRA 18:11)

NIMOV, B.11.
fmatomicomorphological structure of the stem of the Turkestan
scaproot Acanthophyllum gypsophiloides Rgl. Uzb.biol4zhur. 6
no-4t25-29,62. (MLIA 1617)
1, Inatitut botaLniki 94 UzSSR.
(SOAPROOT) (BOTANY-MIATa4y)

NIYAZOV, B.N.
Anatonic=orphological chameterlatics of subtarraw-ta
organs of the Turkestan goaproot Acanthopbyn= gypsophiloidee
Rgl, Vop. blol. i kraev. mad, no.4tl87-192 163,
(MIRA 17:2)

111YAZOV9 YAKGVLE:VL9 N.P.
-01~~ ~Ir;~ffura and osaillmetry in children of school age, Had, zhur,
Vab. no.10:5er-58 0 160~ (KM 13:12)
11 Is kafedry Cospitallnoy pediatrit (mv. - prof. R.S.Gershenawich
(deceased] Tashkentakogo gosudarstvennogo maditainskogo instituta,
(OSQIEJN2AM) (BLOOD PRFZSURE)

RUZOT, D.90
Public health problems of children in prerevolutionary Uzbekistan
196(~-1916* Report go, 1: Child n's therapeutic and educationsl
Institutions in the former Turkestan Territoryo Med, Ahur~ i
Uzbe no. 2:27-29 F 161. (MA 14:2)
:L Is kafedry gospitallnoy pediktril, (zav. - prof. R.So Gershenovich
liecease4l) i istorii maditainr (zavo - "out A*TAo Karadev)
Tasbkentakago goaudarstvamcgo meditiolmakogo institutae
(TURKESTAN-CHILERER-CM AND HYGIENE)

NIUZGV, D.M.
Problems of children's hygiene in prerevolutionary Uzbekistan (1868-
1916). Part 2: Morbidity among children in the former Turkestan
Province. Mad. zhur. Uzb. no.7:24-27 Jl 161. (141A 15:1)
1. Iz kafedry gospitalinoy pediatrii (zav. - prof. F.S.Gorshenovich
(deceased]) L istorii meditsiny (rav. - dotsent A.Ya. Narasev)
Tashkentakooo gasudarstvennogo maditsinakogo instituta.
(

NIYAZOV,-D,H--tTashkeat)
Protection of children's health in the Turkestan FepuWAc in,
1917-1924. Sov,zdrav, 21 no.12:47-51 162. VaFA 15:W
1. Iz kafedr gospitallnol pediatrii (zav. - prof. L.S.
Aleksandrova) i latorii meditainy (zav. - dotsent A.Ta.Karasev)
Tashkentakogo meditisinakago inatituta.
(TURMUM-4HILDREM-CM AND RrGIENE)

NYVAZOV. 1I.M.
Probllnr_,; of oublic kr,3alth isez-71e,-e for children In the first yearf3
of Srviet rA-eier in '%.-keatan (1-917-1924). qbor.nauch.trud.Ta3brKT
221461,;..4-/2 162. (MIRA 18:10)
1. Knfcjdra voopikillvoy redlatril izav. kafedr4* - Prof. L.S.
Alcj~,-,r,-ndrc,-jfi) I !,itorJi meditainy kzav. kaL,urcy - doteent A.Ta.
Farasev) gosudaretvannogo medltsinskogo instituta.

NIYAZOV, F.Kh.
Two-coordinate recording device, Biul.tekb.-ekcn.inform.Gasonauch.-
Isal.Inst.nauch.1, takh.inform 17 nu.1105-57 11 164.
WIRA 1813)

BXT/E14T(d)/EWP(1) IJP(c) GGj/JXT(BF)/BB
L 888~-66
ACC Mt.- APS025314 SOURCE CODE: UR/0193/65/000/OdEr/004Z/0044
AUTROR: Ib
ra rnov, L Garayev, K.G.; Nlyazov, F. Kh (o3
ORG: NONE
TITLE: Processing informat' io~'16 complex alphameric texts
SOURCE: Byulleten' tekhniko-ekonomicheskoy informatsfi, no. 9, 1965, 42-44
TOPIC TAGS: data readout, information orocessing, computer input unit, computer
technology, punched paper tape
ABSTRACT: The authors describe a printout unit and a readout monitor produced by the
-Kazan Printer Factory (Kazanskly zavod pishushchikh ustroystv). This equipment is
desigaea for EMMIE-9 information in complex alphameric texts. The PUVVI-92 printer
is designed for feeding alphameric data into a computor while simuftmeouely printing the
-data- sequeuUallly on a form,--and also for printing out information. -from computer signals
The design and operation of the device are briefly described. The printout unit is a 46-
key typewriter with 31 Russian and 13 Latin letters, 10 digits-and 38 auxiliary symbols
`11* device prints 160 symbols per line at 8 - 9 symbols par sacond. The unit prints ~p
to three simultaneous copies, has seven control keys, measures 665 x 500 x 390 mm and
Card 1/2 UDC 681.142.004.14

1, 8885-66
ACC MR: AP5025314
weighs 28 kg. The supply voltage to 50 v. 'Me KSU readout monitor is a punched tape
machine for making and monitoring punched tapes for computer input and simultaneously
printing out the Information on a form In various types of code. The machine can be used
for comparison of punched tapes. When the tapes do net coincide, the machine autoinatically.
shuta Itself off and switchea an a light to signal the error. 71w eesign and operation of the- ~
unit-are briefly described. -- The machir-i operates at 10 lines per se-cond and has 66 different
symbols Including the complete Russian alphabet, digits from 0-to 9 and various-special I
sips. The unit opurates from +15 to +50"C at a relative humidity of 6.5 1- 15%. Orig. art. 1>~
has: 2 figures.
SUB CODE: 09 SUBM DATE: now
212 44

7 V
USSR / Farm Animals. Cattle
I
Abs Jour:'Ref Zhur-Biol., No 5P 1958, 21453
Author Kiyazov Kh.
Inat-
Title' dur Experiment in Raising Fine-Wool Sheep (mash opyt
razvedentya tonkorunnogo ovtsevodstva)
Orig Pub: S. kh. Tadzhikistana, 1957, No 4, 32-34
Abstract: In order to improve the wool productivity of the
coarse-wool meat-fat type sheep of Tadzhikistan,
the fine-wool type rams of the Caucasian breed,
Soviet Merino breed, and the Kirghiz mountain fine-
wool breed were used. Judging from the wool shear-
ing yield and from the quality of semi-coarse wool,
lambs obtained from the rams of the Caucasian and
Soviet Kerino breeds proved to be the best. The
average wool-clip yield of lambs desczanded Afrom the
Card 1/2
12

N=Ovv Kh. .
k
.... .. --. Highly profitable hectare. RrO 2 no.692&-29 JO '60, (KEHL l4t2)
1. Firedesdatell Smarakandskogo oblaotuago gmylenLyt Ikuahno-tekhni-
cheskogo, obbhobestva 881'skoge i lesnop khospystvap ftmarkand,
(Bamarksn& Province-4ttimt1ture

SHORYGIRA, N.M.; NIYAZOVO Kh.R.
Study of Ugnins extracted from cotton plqnt by mechanical grW-
ing. Izv.AN SMR.Otd.khim.nauk no.6:MY.-1123 162. (WRA 15:8)
1. Institut organicheskoy khimii im. N.D.Zelinakago AN 55M.
(Ugain)
I
I

SHOfMWlU$
Study of the structare of cottod'plUt"llrent 'by the method of dep.
stmetiv* oxidation by nitrobanzons In an alkallm mediuas lzvsAM
SSSR.OtAekhtmonank no*9z1669-1690 3 9,62, (KERA 15:10)
lo bmtitut organicheskoy Tchildi N.D.Zeliwkogo kN SSSH.
W64n)
% - 4r

SHORYGINA" -ZhOL
Obte=Ization of nolecular weights and carbonyl groups of cott=
lIgnins. rav.,AN WSR, Otd.kbimensuk no.UM9*2095 N t62.
(KM 15c12)
I* rhatitu orgavicheakoy khimli in., N.D., Zelinakogo A# WSR.
Mtg~SY (Nolecular weights) (Carbonyl group)
y

,!kUAZOV,, Kh.R.;, SHORIGINAt N.M.
Studying the structure of cotton pUnt Ugnin by the method of
dsstructl~va reduction with metallic aodium aaluticn In liquid
amonia. Isv,AX SSSR.Otd.khlm.n&uk no.3t563-565 Kr c63.
(WRA 26 W
1. Inatitut organicheakoy khtmii im. M.D.Zellnskogo AN S33B.
(Lignin) (Reduction, Chemlael) :

124-57-2-2091
Translation from, Referativtiy~ zhurnal, Mekhdnikt, 1957, Nr 2, p 88 (USSR)
AUTHORS: Levsh, 1. P. __ Niyazov, feyeva, 0. B.
TITLE: Some Problems oi the Hydrodynimics ot a Suspension (Nekotoryye
voprosy gidrodinamiki vzveshennogo sloya)
PERIODICAL: Tr. Sredneaz, politekhn. in-ta, Tashkent, Gosizdat UzSSR,
1955, pp 298-305
ABSTRACT: An experimental investigdtion of the hydrodynamic resistance
of a suspension was performed in d glass tube having a 31. 4 mm
inner diameter. The tests were made on quartz sand with a
particle size of 0. 75 - 1. 00 mm. The effect of the hydrodynamic
resistar-ce ot the screen which supported the sand on the resis-
tance of the suspension was studied with particular care. Five
different types Of screen were tested, and each screen was
tested with diffeient amounts of sand. Results are adduced for
several tests relative to the evaludtion of the effective cross
section of the flow and the porosity. Measured values of the
re5istarce for various tests are graph;cally represented. Some
relationship between the resistance and the type of screed used
Card 1/1 is estaLlished. Bibliography: 15 references, Ye. M. Minskiy
1. Sand--Rydrodynamic characteristics 2. Fluid flow--Test results

RIZAYLV, K.Uo; =AZOV, H*I.: GOMID, T.Te.
Study of the process of was transfer In the AbsOrPtIon of dissolved
substances In fluidized bedo 1zv.vys.ucheb.z&vi;khIm,1 khIm.tekh.
3 no,4:737-739 160o (N12A 13:9)
1. Sredneaziatakly politakhnichookly institut, kafedra protsessov I
apparatov. (Mass transfer) (Fluidization)

RIZAUT&o R.U.; HrrAZOT, Kit.; GOMID, T.1k.
Stw* of mass traasfer In the extraction of oils, frou olL-
bearing seedso Isy. vys. mcheb. zav; khin. I khize tekh. 3
no. 5:933-9,36 160. (KEU 13:12)
1. Sradneastatskiy polttakhaicheakiy institut. Eafedra,
protsessov L apparatow.
(Ittraction (Chemistry)) (1kne tmanfer)

KASATKIN, A.G.; RIZAYEV, N.U.; NIYAZOV, M.I.; WRENKOV, K.V.
Ipplication of the principle of fluidization In the recovery of
t$ftaric acid from diffusion juices by means of ion exchangers.
ItY.vys.ucheb.zav.; pishch. tekh. no-3-.104-107 163. (MIRA 16:8)
1. Teahkentskly politekhaicheakiy instit,141 problematya laboratorlys.
polimerov.
(Ion exchange) (Sugar industry--By-products) (Tartaric acid)

PAVUV, R.I., glavW metodisti U21011- M 1' = OT. rm.x,, otyetetvan-
off re"ktor; CBMGW, A.T.. Remwor, OVA. Tool., tekhnicheekly
redaktor
[The "Turkman S.S.R." pavilion; a guidebook] Pavilion "Turkmenskmia
SSRN; puteroditell. Moskva, Go&. izd-vo salkhoz. lit-ry, 1956. 22 p.
1. Moscow. Teenoyusuays sell sitokhozyaystvennaya vystavka. 19-54-
2..Arefctor paviliom (for Uyezov)
(Turkmeatstam-Agriculture)
(Koscow-Agricultural exhibitions)

'I~M'Iuoiogy, Agricultural - Cotton Apr 52
""0 Secret of Success," Xazsr~I-Ali Xiyazov, Ifero of
Socialist Labor, Laureate of Stalin Prize
Oikwka i Zhizn"' No 4, PP 33-35
Describes vork in connection vith the Vowing of
cotton in Uzbekistab. Says tha', almost all cotton
used by the WSR textile indust~.-y has a fiber langth
of ho as, yhich is much superior to that of E"p.
t1an, long staple cotton. States that Yields of 30-
50 centners of raw cotton per hectare are quite or-
dinary in the TJSSR at present; yields of 80-100
tentaiers per hectare are being obtained, and
221T4
effarti are loeing made to double them. CcaMres
this with Yields of 14 centmers per . hectare in
14yPt., 9 centners per hectare obtained by tZ farm-
we, and 3-4 centners obtained per hectare in India.
Says, timt Michurinat cotton growers are at, present
*=cadkfully solving such problems, 'as the Vowing.
of cattou having a natural color tint and of ~cot-
tob yielding a vool-type fiber which replaces sheep
"0l -as far as its heat insulating propertitjs are
conewb6a.

NITAZOV, U.K.
ftulrousive mothad for restoring Imctive and daplatod volts.
Naftlanik I no.7:24-27 JI 056. (MM 9:11)
1. Naster teekhm, kapitallacgo rosionta skyashin Wafteprowqslavogo
upravlenlys Xiravn4ft'.
(Oil w*Ils-Iquipmat and aWplise-Akpairing)

NUAKill? 0.N.. inzh.
SchrAl of mine timbering In Kazakhot4n enterprisei. F-hankhtl.stroi.
? nQ.5:31 My 163. (MIRA 17;4)
1. T31NTI, g. Llma-Ata.

NIYAZOV 1 01
cheracterisit,cs o!' Qie undargroun3 water regi,-.-n in the zone of in-
flunnea of' the Yarakim Canal of thn KlrgF*b Delta. 17-.r. i1j; Turk. -SSR.
Sar. biol. nauk no.2s45-50 165. (MIRA 1815)
1. In3tLtut pu5tyn' AN rurkmenskoy S.1131.

RTYAZOVA, N. R.g ~MOVJCJJO H. F.
Sprats
'Flotation washing and sorting of sprst." Ryb. khoz. 28 no. 5. 1952.
Mont List pf ft;alga Accessions. Library of Cangress October, 1952. UNCLASSIFIED.

_Qgjt~-- 210700 663 V4
OTHORSt. NiyazoY&,O.R.t and Starodubtser,S.V. SOV/166-59-3-9/11,
TITLEs The _'E~.~ess . of the Activation in a Monocrys tal line Cadmium
Sulphide Irradiated by X-Rays
PERIODICALs Izvestiya Akademii nauk Uzbekskoy SSR, Seriya fiziko-
matematicheskikh naukj 1959, Ur 3, pp 65-69 (ussR)
ABSTRACTt By an experimental investigation the authors come to the
following results: If a monoorystalline cadmium sulphide is
irradiated with a broad bundle of X-rayst then the obtained
electrical current very quickly reaches its stationary value
(uniform distribution of the codrent carrier in the crystall).
The irradiation of a local zone lying in the mid-section of
the orystal'leade to slow current variations depending on
the antecedent of the crystalt If the crystal previously was
irradiated broadly, then the current very quickly reaches a
large stationary value; if the crystal previously was not
irradiated, then there appears a slow enlargement of the
conductivity. During the experiments the current increased
by several hundred times (activationi). In room temperature
Card 1/2 an excited crystal remains in the excited state a long whi1c.

NIYAZOVA. Q& Re Cand PhyG-Math Goi -- "Phenomenon of the activation of cond,.mti-&y
of moaacrystol, cadmium silatide in a field of ionizing rwliation." Tashkent# 1960.
(Acad Sci UzSSR. Inst of Nuclear Physics) (KL, 1-61, 180)
-28-

;Z'~4. ? 66585
24(2).24(4) 3/166/60/000/01/005/011
LUTHORS: StarodubtesvpO.R.pAcadsmialan of the IS Uz SSR, and 11yezova.,0A
TITLX:' SOAde-TYPe Characteristics of the Zoentgen Conductivity of the
Nonoorystals qdj #,X
PIRTODIGAM Izvestiya kkademit nauk Uzbekskoy 33R, Seriya fiztko-
matematloheakikh nauk, 1960, Mr 1, PP 40-46 (035R)
ABSTRACTs With the aid of a local ercitation of a narrow crystal region th
author investigated the dependence of the sonde-type curves of
the roentgen conductivity on the polarity and strength of the
electrical field, on the also of the crystal, and on the Intensil
of the penetrating radiation. It was stated that the conductivit
of Gd$ in generated by electrons as well as holes, where under
ceratin assumptions the Influence of the posittva carriers
becomes dominant. It is shown that the obtained sonde-type curve
are very sensible characteristics of the Inner Inhonageaettles o
Card 1/2

34856 a
3/166/60/000/004/008/008
7 Pto * 31103~ B112IB202
AUTHOR i St.rodubtsev, S. V., Academician of the Academy of Sciences
Uzbekskaya SSR, NijazovS,
TITLEt Phenomenon of the activation of conductivity in monocrystal-
'line cadmium sulphide treated with X-rays
PERIODICALs Akademiya nauk Uzbekskoy SSR. Izvestiya- Seriya fiziko-
matematicheskikh nauk, no. 4, 1960, 92 - 94
TF,XTs The present paper is the continuation of an earlier one (Izv. AN
UzSSR, aer. fiz.-mat. nauk, 1959, no. 3, 65) in which the authors descrEM4
the activation of conductivity of a crystal on exposure to X-rayst uniform
irradiation of the entire crystal surface causes a rapid activation of
co.nductivity while partial irradiation with a narrow beam of rays leads to
a slow increase in activation until a steady value is attained. In this
case the previous treatment of the specimen is of great importance. The
present paper contains three diagrams illuatrating the behavior observedi
Fig. 1 shows the course of local X-irradiation at the point of maximum
intensity, with tine; Fig. 2 shows the thermal annealing for the activation
Card 1/4

33097
7/ &10 r3 S/638/61/001/000/020/056
'0 B104/B138
AUTHORSt Hiyazova, 0. R., Starodubinev, S. V.
TITLEt Formation of activation centers in US single crystals by
X-rays
SOURM Tashkentakaya konferentsiya po mirnomy ispollzovaniyu atom-
noy energii. Tashkent, 1959. Trudy. v. 1. Tashkent, 1961,
155-159
TEXT: The activation of CdS single crystals by X-rays, the migration of
excited centers, and the deactivation of single crystals were studied. A
steady current is quickly established if a single crystal is irradiated
with a broad X-ray beam. This is due to uniform distribution of carrier
and activation centers throughout the crystal. Irradiation of a local.
zone in the crystal center causes a slow current variation which largely
depends on the previous history of the crystalt (1) If the crystal is
pretreeted with a broad X-ray beam, the current passing through the crys-
tal quickly reaches its steady valuel (2) If the crystal is not first
irradiated, conductivity increases slowly in the course of same tens of
Card 1/5

33097
S/63 61/001/000/020/056
Formation of activation centers ... B104YB138
hours. At the beginning of X-irradiation, the weak roentgenoluminescence
of some crystals caused a nearly inertial-free increase in the current
passing through the single crystal when a voltage of 300 v was applied.
This is due to the extinction of roentgenoluminescence by the electric
field, which produces a narrower probe characteristic. The activation
centers exist for several hours and migrate into the crystal, Since the
electric field shows no essential effect on the migration of activation
centers, they are bound to be electrically neutral. The activation level
rises with the dose of local X-irradiation. If the excitation is suffi-
cient the centers produce new ones while moving. The current in
X-irradiation increases even more rapidly as the activation level rises.
The excitation produced by irradiation can either be thermally extinguisled
or by exposure to infrared rays. The extinction is accelerated with in-
creasing temperature. Equilibrium between the generation and annealing
of activation centers is established even at 80 - 900C. At -150 0 C, the
crystal is no longer activated by irra4iation. A discussion of results
reveals that the activation is primarily caused by atomic diffusion within
the crystal. Estimation of the rate of this kind of diffusion shows that
Card 2/3

33097
Formation of activation centera
diffusion may lead to prolonged periods
4 figures and 12 references s 7 Soviet
ences to English-langi,sge publications
Phys. Rev., 769 12, 1 69, 19491 Broser
Chem. Solids., v. 6, P. 386, 195a.
3/638/61/001/000/020/056
MOM
of current increase. There are
and 5 non-Soviet. The two refer-
read as followst Frerichs R.,
I., Broser-Warminsky R., J. Phys.
ASSOCIATIONs Institut yadernoy fiziki AN UzSSR (Institute of Nuclear
Physics AS Uzbekskaya SSR)
Cari 3/3

4 VIVV%v -L*j Ve-L f
AUMHORV Py --Ye. '-Niyazova, 1.). A.; -Surodubt
A.
TITLE: Sonde characteristics of semiconductors under continuous excitation
~on Conference o
conditions [Report of the Aj;-TJq a Semiconductor Devices held in
Tanhkent from 2 to 7 October 19U]
MUNCIE: FIektronn6.dy*rochny*ye perekhody* v poluprovodnikakh. Tashkent,. -Izd-vo-
Air uzm, 1262,
-TOPIC 'rMS: semiconductor sonde characteristic
ABZTRW2*. A theoretical interpretation is offered for a pboto-conductivity
characteristic of a semiconductor Illuminated by 9, spot light (sonde). Diifez=.tk
eqtiations describing the steadyonstate diotribution of carriers are set UD, a
cOndiiioxi expressing additional carriers is introduced, and the set is a;ived for
i(x -sub 0), the sonde characteristic. Relative positon of the maxi=. of the sonde
characteristic is determined. orig. art, haa: I figure and 14 fomnulan.
ASWUATION2 Tashkent St. Un-
Card

$11661621000100210051008
BIIZ/3104'
St Starodubtsev#.S. V.* Njja
AUTHOR _qL.9 Matyakin, V. Lt
Kiv, A. Yo,
TITLEs Alpha-counter characteristics of cadmium sulfide single
crystals
PERIODICAL: Akadediya nauk Usbekskoy SSR. rzvestiym. Seriya
fisiko-matematicheskikh nauk, no. 2# 1962o 42-45
TEM An alpha probe waa used to examine the amplitude of alpha pulses
1s as.a function of the applied voltage. The X-ray conduativit~
in CdS crysta
and the counting rate were determined by means of probes. The maxima of
the X-ray conductivity and of the counting rate have been found to
coincide. It is concluded that the distribution of charge carriers in
the crystal during pulse formation resembles that which occurs under local
X-radiation in the steady state. An analysis oT counter charactoristics
ahowe that- the p0oa maxima for n-typ* and p-type somi(jonduatoru are-near
the cathode and the anodef respectively, Thers orb 4 figuron,
ASSOCILTIONt, AN UzSSR (AS ~z,SAR)

6/166,/62/000/002/P05/008
B112/B104
AUTHORSs Borisovp V. 0., Kiv, A. Yo., Hiyazova# 0. R.
TITLEz Some features of cadmium sulfide probe characteristics
PERIODICALc Akademiya nauk Uzbekskoy SSR. Izvestiya. Seriya
fiziko-matematicheakikh naukp no. 2, 1962, 55-58
TEM X-raytprobe character istics of US found empirically are confronted
with the theoretical characteristic
p7xpre3sed in the formula
I (X)/I() i(x (L - ex (26 - 1)/2Ld)ch((2xo - 1)/2Ld)). (1)0.
0 d/1)(In 2
where I denotes the crystal length, L the half-width'of the X-ray probe
t 1), and' x the coordinate of.X-ray probe position.* L Is the
1 0 d
diffusion lengthp.assumed to be the same for holes and electrons.' The
inequality l< L < 1/0.7 follows from the shape of the characteristics
d
as given by.(1),1, ln'additiony,the temperature and.exposure dependences of
probe characteristics areAnvestigatede There are figures*
Car
d 1/2,

1---7

0394
S11661621000100210061006
B112/B104
? 7
AUTHORSt KIV, A. Y8.9 NLyazova
TITLEv The index of asymmetry and half-width of cadmium sulride
probe charactariatics
PLANDICAM Akademiya nauk Uzbekskoy SSR. Izvestiya. Seriya
fiziko-matematicheakikh. naukg no, 2, 1962t 82-83
TEXT: The index bf asymnetry of a probe characteristic is.defined as
quotient &2/0.1 wherein a, and.m2 have the meanings shown by the following
figuret
t
1, 1 I'll ..I p I I ~i I I , . .i
a and a are on the side of the cathode and anode, respectively. The
following relationship ex.ists between a, and a.2
Card 1/2

7-
-A,144027871 BOOK EXPLOITATION S/
Starodubtsev, S. V.; Uiyazova, 0. R.; Kiv, A. YE.
Radiation effects in cadmium sulfide (Radiatsionny*ye effekty*
v sullfide kadmiya) Tashkent, Izd-vo AN UzSSR, 63. 0132 p.
illus., biblio.. 1,500 copies printed. (At head of title:
Akademiya nauk-U2.bekskoy.SSR. Institut.yadernoy,fiziki) Added 1
t.p. in Uzbek.' A
TOPIC TAGS:- cadmium sulfide, semiconductor, radiation defectsin
'semiconductors, s6micohductor particle counters, electromagnetic
radiation charged particle effect, neutron bombardment, induced
.-conductivity, cadmium sulfide radiation effect
PURPOSE AND COVERAGE: The book contains a review of Soviet and other-
literature devoted to the study ofcphysical properties of cadmium
sulfide,and radia;tion effects observed when various types of radi-
a.tion-act on the qadmium sulfide. ~The monograph contains the physL-~*
Cqrd 3
./3

k44027871
bal.characteristics o:Elcadmium sulfide, the current ideas concerningi
the:changes in iti; properties foll6wing irradiation, and the 'results
of the authors' research on the x-ray conductivity of this semicon-
~uctor under locai irradiation. The book is intended for scLentistal
~zho~investigate properties of semidonductors, semicionductor,cofinterall
the-character and'~rold of radiatiofi defi3cts in semiconductor ma-
terials.
-CABLE OF CONTENTS-fabridged);
introduction S
Ch 1. Formation and nature of radiation defects in solids 7
Ch. 11. Physical properties of cadmium sulfide - - 25
Ch..'111., Effect "of working and different external conditions on the
structure and properties of cadthium sulfide .65
i~h. ZV. Radiatiog afNicts Collowipq- interaction b4tween elactra-
Card

Ab14027871
magnetic radiation and cadmium sulfide-- 77
Ch. V. Radiation effects in cadmium sulfide irradiated by charged
particles and neutrons 99
Ch. VI. Probe charact6ristics of induced conductivity of cadmium
sulfide 1W
SUB-CODE: PH SUBMITTED:;: 27Mar63 -NR REP SOV: 067
OTHER: 190 DATE ACQ: 07OctG3
Carcl 3/3_

L 19569-fil_ UF(q)/EWT(a)/EWP(3)/BD~
ACCESSION utt AP1007530 5101=81 0 a S 190912731/2733
AUTKOKt XLyazavaj 0, R*; Kin*Yevr_Ko Le
TITLE: RadVation dofocts itt crystats of cadmium sulfide
SOURCE: -FLxLks tvordogo tals, V. 5. no. 9. 1963. 2721-2733---
TOPTC-TACS*.. radiation d4fect,.radiation a f f e-c~t a urf acv -dc. fioc-t-,-,
x ray b*mbardmenti fiiadLitLon, Irradiated cadmium sulfide, Gamma
irradiation, Lrradiaaed material
IABSTRACTs Anattempt is made to explain the process of formation qfj
radLatLon defacts,an the surface of CdS crystals Lrr&dLated with
X-ray$ and Y-rays* The defects, discovered by one of the authors
(0. X. Hiyazova. Avtoref. kand. dies. , Tashkent, L960) , 1ppear as darks
~J. point spots. In-the ease of y-LrradLation dark bands sometimes
appear with the pq4nt.defects. Both types of-difects Lncrea'se In
sLze with incre asing radiation doses,, and the point defects sometimes'
changa Into many.1poLated start, It was dateruUmed Chat the defects'
Consist of an amorphous substance and that they can be removed ma-
chanteally. The location and the density of the defects were found
-'-'Card 1/2'

L 19
ACCE SIOX NZ: A2300,7530
to c~pLucLde vLth those ag otchLut pLts. The kuthars conclude that
these typos of defects Lit CdS crystals &to caused !1Y the foccatLon I!
Of Priaducti of radLatLon decay whLch dLffui* to the crystal ffuvfA6*s,,!,
Origi. art. hast 6 ftguies.
ASOCIATIOLnc tnstLtut yadern*y fizLki AN UxSSKr Tashkent QuEtEtuto
of Nuclate tlhlsLcat AN UxSSR) 7r
SUBMITTEnt lftarOl DATE ACQc 140qt6l KKCF. 00
SUB 'CODE: PH NO REP SOVt 002 -OTHER: 001
cmm2n

VNE[EVp M.N.; NffAZOVA, R-, red.; BABMJMOV, A.# teklm. red.
(Mechanization as a basis for reducing the expenditure
of labor] Kek~-nizatsiia - osnova sokrashchaniia zatrat
truda; opyt sovkhoza "Platiletie Uz=l Akkurganskogo
proizvodstvennogo upravlenita. Tashkent, Gosizdat
Uz=s 1963. 45 pe (MIRA 17:1)

OSIPOV,J, EvelIma JghkhanOvnaLjffffZyA.A.#-,,ed.; ABBASOV, T. #
tekhn. red.
[Working capital of thO cOllectivO farms of Uzbekistan]
OborotrWe aredstya kolkhozov Uzbekistam. Tashkent
Goeizdat Uz,%5R$ 1963a 23 p. (14IRA 17:1$
... 7--, ., -

ZABASIrTANSKIY, Stanislav Antonovicho kand. sellkhoz. nauk;
red-
(Triumphal stop of the Bukhara youth; practices of
Nasreddin Pulatovts Brigale on the "Uzbekistan" Col-
lective Farm in Vabkent District., Bukhara Province]
Pobednaia postupt bukharskoi molodezhi; opyt 143red.
dina Fulatova iz kolkhoza "Uzbekistan" Vabkentskogo
raiona. Bukharskoi oblasti. Tashkent, Gos. Izd-vo
UzSSR, 1963. 34 P. (MIRA 17:9)

NIYAZOVAS S. K.
Kin Health USSR. Central Inst, for the Advanced Training of Physicians.
MIYA?DVA, S. H.- NThe role and significance of the Rh-factor In obstetric practiTe."
Kin Health USSR. Central Inst, for the Advanced Tr.-Wng of Physicians* Koscows
1956.
(Dissertation for the Deeree of Candidate in Medical Sciences)
SO: KnizhnayA Le~m-is 1. No. 20,. 1956

NIYAZOVAs S.M.
Proteins In the blccd aeruT in pregnt--n,7y ,tmirlt.
I gin. 39 no-508-42 S-0 163, (Mfr,,,~ -ats)
1. lz lrqtlti~tA krnyev-,;y madit.-31ml- i'll Tad-hiJ~;kcy

Pv-,b2t3-n crjyv~errtlu~,- tric opti'mum 1.,~Ijrih -,f iiecturs ~'l &
, - j -
slng',t--auacd,~--~ :1-ne. Tpll;t'r uc~cb~ 1,31'.
.60 If'.3. WkA --. *0 " --o 11
~. Mo6czvskly !wynii.
I

NIYLISK . Kh.Yu.
Permanent seminar on maiters of radiation processes in the
atmosphere in connection with weather forecasting. Izv. AN
SSSR. Fiz. atm. I okean. I no.7;773 Jl 165.
(MIFA 18:8)

I-'IYLISr,, Ilorbort)
Sp,etzophotoncitor f(,z, meamiring, np~etrril fluxr-a in a fiqll.
Iz,,r. M: Est. SSR. Sar. fiz.-mat. i tekh. nauk 14 no. 4t
528-533 165 (MIRA 19t2)
1. botitut fiziki i astroriomil AN Estonskoy SSR. Submitted
May 11, 1964.

ACC -Wts-AP6019346 30URCF, CODE: UR/0362/66/002/oCr2/01.21/0136
Auniort: Kondratlyev. K. Ya.,# Niylisk, Kh. Yu-2 Noorn". R- Yu-
ORG., IAningE .ad State University (Laningradakiy gonudarstvonnyy univeraltt)"
Ute of Phynics and AstFoj~omy (Inatitut riziki i &Gtronomij AN EstSSR
Instit 1- - .
TUY (Tartuskiy gosudarsbvennyy universitet)
TITLE: Spectral diBtribution of radiation heat-fluxes-in the free atmosphere
SOURCE: Ali SSSR. Izvestiya. Fizika atmosfery i okeana; v. 2, no. 2, 1966# 121-136
TOPIC TAGS: atmospheric thermodynamics, meteorologic model
AESTRACT: in this ntudv an attent is made tp_q?~piain some characteristic
of the field of radiation heat fluxes in the atmosphere of the'
~middle latitudes and obtain an approximate picture of their spectral
idistribution in the spectral region 5-12 ji me Thu authors have computed
.the~spectral and vertical distribution of the intensity and fluxes of
~themal radiation of the earth and atmosphere and the radiation heat
fluxes for five models of the atrosphoro; L Standard atmosphere (ARDC-
Ile Dry su=er in the middle latitudes; Ille Moist summer in
the middle latitudas; IV. Dry itinter- in the middle latitudes; V - -.
jfoist winter in the temperate latitudes. Also considered is the depen-
-dence of radiant heat fluxes on the sighting angle. The paper includes,
:a brief analysis of the re.vults for the -purpose- of- defining- the- princi-m-
features-of 1
-the-raZat].~bn heat fuzes as a funation of opectral-
Lin-t-ervalt - h_g-g_h_t-__tnd-model e at.m-osphere Orige art. _. ha.s9 figur.es,
e
4 formulhe 5 able 6.
B / SUBM DATE:
quB Com: 01 1 ug65 / ORIG REF: 002 OTH REF: 017
-Card ill UDG:--5514521.3

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A6THOR: Kandrat'-vay. K. Ya..; Miy1fak, Kit. Yu.; Hoorwe. R. Yu
ORG: Lenin4red State Universit (Lentagradskly gosudarstvennyy universitet),
Institute of-Physics and Astronomy, AN ESSR (Institut fiziki I astronoftil AN ESSR);
Tartu State University (Tartuskly gasudarstvennyy universitat)
TITLE: The spectral distribution of radiation heat inputs in free atmosphere
SOURCE: AN SSSR. IzvestLya. Mika atmosEery I okeana, v. 2, a*. 2, 1966, 121-136
TOPIC TAGSd heat radiation, temperature distribution. atmospheric radiation,
atmospheric model, free atmosphere
ABSTRACT% The spectral and vertical distributions of radiation heat inputs to the
atmosphere are calculated In the spectral range from 5 to 12 ti. Radiation heat in-
puts are determined for 5 variants of atmospheric models, selected an the basis of
meteorological conditions characteristic for the temperate zones. The variation of
radiation Inputs as a function of sighting angle is also analyzed. A brief analysis
to presented of the results in order to clarify the basic points of the change in
radiation heat Inputs as a function of the spectral Interval, altitude. and atmos-
pherLe model. The radiation heat inputs in the atmosrhere depend essentially on the
selection of atmospherie model and an the location of the AX Interval in the spectrum.
The data presented In this work are not accurate enough for a very precise avelysis
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L C1624t-6.1
ACC NR, AP6019511 C)
of vertical and spectral distribution of heat Inputs. Thereforev the developmeat of
new and perfected methods for computation of radiation heat flux. which would allow
determination of this flux with sufficient accuracy at all altitudes In the atuos-
phere, is a very important problem. Orig. art. has: 4 formulas, 5 tables, and 9
figures.
ISUB CODE: 04,20/ SUBM DATE: 16Aug65/ ORIG REF: 003/ OTH RU: 016
2

1AVITa) V,',, 3. 1.
A
DIMMU ANTIMUN
Compalison of different methods of purification and concentration of
dipthoria tomin and antitoxin. A. H. Sabaldyr, S. H. Terekhov, B. 1.
Niamteova. Mikrobiol. zhur. 14 no. 2:kj - 54 152

a. I.
Method rorthe purification of diptlieria, toxins and antitoxins.
A. H. Sabab~rq M. F. Hulyis- S. H. TerAkhov, P. So Astakhovaq
JL J. &edsova Ukre blokhimo zhur. " W no. 2:3,37 - 148 152

L.. T
.11
Study of -Uphtlieria toxins and antitoxi.-13 ~urifted and
concentratcd, by the --athod of sedimantation at Via Iso-
electric point. S.A. Terekhov, P.S. ~stakhova, _BI.
Nfemtsova, 11-1.F. Hulyi, A.H. Ziabaldy.-I. Ukr. bio khtm.
zhur. 24 no. 2:149-159 05?.

s/613/62/0Oo/oI8/ao3/oI
3
F.039/EL20.
AUTHORS: Kira, Ya.Ya., and N k
TITLEs Luminescence of alkali halide phosphors activated
with europium
SOURCES Akademiya nauk Estonskoy 55R. in 'stitut flziki'i
istronomii. Trudy.,no.18. 1962.w Issledovaniya po
Iyuminestsentaii. 36-50
TEXT: The characteristics of epropium activated alkali halide
,phosphors are investigated, and in partidu2ar, their recombination
.luminescence is studied, Powdere& phosphors are used, prepared by
melting the alkali halide salts with EujCl~. The concentration of
activator is 0.1 mole 05-G. A few experiments iWere performed on
si.Lngle crystals. The excitation and emisvion spectra of NaCl-Eut
KC1-Eu, KBr-Eu and KI-Eu are shown to be Sharacteristic for
divalent europium. Excitation in the long and short wavelength
,regions gives the same emission spectra, Vence all excitation bands
correrpond with electron transitions.in th4 luminescent centres. ., .
The temperature d 'ependence of the N&CI--'E.u 'emission spectrum is. also
examined. The half-width of,the 420 qi band increases rather
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Luminescence of alkali halide S/613/62/000/018/003/013
E039/E120
faster than with tVT- (where T is the absolute temperature) over
the range -16o *c to +400 OC. At 4oo OC all investigated phosphors
have not less than 251~ of their intensity at 20 0C. The optical
flash, thermoluminescence and absorption spectra of some of these
phosphors after X-irradiation are examined. The thermoluminescence
curves show peaks connected with the release of electrons from H
and F centres occurring at 340 and 4130 OK-respectively. In the
case of KCI the optical flash spectrum coincides with the F
absorption band. Additional absorotion in the F and V bands
occurs after X-irradiaiion of WaCl-Eu (X max at 465 and 223 m1&
respectively). Sensitized luminescence of manganese in NaCl-Eu
is observed with a resonance mechanism of energy transfer.
There are 7 figures.
SUBMITTEDs December 19, 1961
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32277
S/169/61/000/011/035/065
D228/D304
AUTHOR:
TITLEt The question of calculating the atmosphere's thermal
radiation
PERIODICAL: Referativnyy zhurnalp Geofizika, no. 11, 1961, 14,
abstract JJB138 V ab. Issled. po fiz. atmoof(!ry, 2,
Tartu, 1960, 67 114)
TEXT: Radiation nomograms# used for calculating the flow of ther-
mal radiation in the atmosphere# are described in detail. Calcula-
tions of the flow of thermal radiation in a cloudless sky at ground
level and at heights of 2, 3, 5 and 8 km viere made from data on the
mid-latitudinal stratification of the atmosphere and also from the
results of single aerologic probes near Tallin on various days of
1958. Comparison of the results of calculations from different no-
mograms showed that divergences in the values of the effective ra-
diation cv-rents are especially large. The results of the computa-
tion of descending radiation currents agree somewhat better* In
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32277
5/169/61/000/011/035/065
The question of calculating the ... D228/D304
most cases the differences in the ascending currents are within the
limits of the measurement error. In all cases the scatter of the
calculated values increases with altitude. The most satisfactory
agreement occurs between the results of calculations from the nomo
grams of Shechter and Brooks. One of the chief factors in the di-
vergence of the results for calculating radiation flows from diff~~-
rent nomograms is the difference in the passage formulas that were
taken as the basis of the nomograms' construction. "Constructional"
peculiarities for the nomograms and the form of calculating the de-
pendence of absorption on the temperature are also of great signi-
ficance, The appraisals of the influence of the pressure correction
showed 'that in different methods of determining the effective absor-
bent massp other things being equalp changes in the flow of thermal
radiation do not exceed a few percent at all considered altitudes.
Attempts to find a correlation between thermal radiation currents
and different meteorologic elements revealed the close link of the
atmosphere's counter-radiation with the teMDerature near the surfa-
ce (TO) and the overall content of water vapor in a vertical column
of the atmosphere (woo). Atmospheric counter-radiation may with a
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32277
S/169/61/000/011/035/065
The question of calculating the D228/D304
satisfactory degree of precision be represented as a function of
the following combinations of T 0 and w 001
5 IT 4 , VW,-, or L dT4 (woo ) V4 ]V2
0 0
where d la the Stefan-Bolzman constant. No such kind of correlation
was detected for effective radiation currents. Vertical profiles of
the thermal radiation flow at different latitudes in the 0 - 8 km
layer were computed by means of averaging the results of calcula-
tions from the Shechter and Brooks nomograms. These results show
that descending radiation currents at all altitudes decrease with
increasing latitudes Effective radiation currents have,in free at-
mosphere a sharply expressed maximum in the latitudinalL zone 20 -
300N. The cause of the maximum isq apparently, the high temperature
and low humidity in subtropical latitudes. The latitudinal course
of the effective radiation of the ground surface is characterized
by the northwards increase of the effective radiation, The vertical
gradient of the effective radiation flow varies comparatively little
with altitude and, depending on the latitude, comprises about 0.03
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1W
7
S/169/61/000/bll/035/065
The question of calculating the D228/D304
cal/cm2min.km~ The latitudinal variations in the gradient of the
descending radiation flow are somewhat greatero 19 references. [Ab-
stractor's note; Complete translation].
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Simplified spectr=eter fo~ measVing spectral fluxes of diffuse
radiatioa* Trudy AstrofizAastoAll gazakh.SSR 3:72-73 t62.
(MM 16:11)

3/058/63/000/002/005/070
A0591A 10 1
AUXHORS' Nlylisk, P
jr
MU: Simplified spectrophotometer for the measurement of spectral
scattered-radiation fluxes
PERIODICAL: Referativnyy zhurnal, Flzlka, no. 2, 1963, 25, abstract 2A193
(In collection; "Issled. po fiz. atmosfery", no. 3, Tartu, 1962,
150 - 159, summary in English)
TEM. A portable device for continuous recording of the hemispherical
scattered-radlatlon fluxes Is described which is equipped with interference light
filters absorbing radiation from the hemisphere with a photometric ball and re-
cording fluxes with a photoelectric amplifier and a high-reslatance electronic
potentiometer.
[Abstracter's note: Complete translation]
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