SCIENTIFIC ABSTRACT ZAITOV, F.N. - ZAITSEV, V.F.

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• Collection: Scientific Abstracts
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• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

LUKANTSEVM, Yu.L.; ZAIMV# F-N-
Thermal activation of the proceen of current ca"ier trapping
in crystal phosphors. Uch. zap. 06h. gos. ped. inst. ricle5t
15-23 163. (ICU 18s2)

Z.:
L61,11jK6- FO WL
JACC UR- APS027408
SOORCE CODE~ UR/0181/65,'OW~'/011/3301,t/3309
AUTHOR: GidlyareL6, V. I.; Zaito~, Lukantsever, Yu. L.
_ORG: Osh Sta--'--e Teachers' Institute(Oshakilf gosudarstvennyy pedaicgAchesk.1y fnff~t~l~
tu-)
TIT"P: Effect of some structural factois ort the thermal,stability of color centers
lin alkali halide-phosphor crystals
1::60URCE: rizika tverdogo tela* y. 79 no. 11, 1965, 3302-3309
ITOPW TAGS: alkali halide, sodilm chloride, crystal P1tq_G Cohll~ aomt4r
- tel r effect art
ABISTRAC 4': The authors study the following factors with regard to il
_Ltbe them. a
atta"blity of F-centers in, KaCL-baszed phosphor cryat4la; 1. impurity
'lovs (presende~or'absencet effect of ion individuality); 2. variatixrn in tho- ce_zoo.-4
- -- -01, - - 1- - U
__Jtratlon of, a giuOn- _3_,__ d, ormation; 4. previous tftemsaf
re , r.; 1) a s c a
laAd radiatioli treatmenti 5. preheating of the activatod crystal. Ile results er4
!tabulated for NaCA phospphors activated by tbeillium, calcium, silver, strontium Rnd
icadmium. Soine of the characteristics of thermal dissolution of colcr 2enters in
03

--------- -
L 6414-66
ICC UK., AP5027408
.!. .. I - I . .
hese-phosph ad-, A thenretical expresdon is,derived
A ors-are- experimentalLy -determin
and analyzed for the rate of dissolution of Color Centers assuming tha.: a consi-lera-, -,
ble part in thle mechanism.. of thermal dissolution is played by ion prac-isses. The
varlous factors which may chan.ge the thermai stability of color centera are dis- i
cusse4, Theoretical prp-diettons. are nade on the basis of the ion mech,mism of coloe
riir-~-.ntjfion. The thenretical and ex-Dffri-wf.-rt;jI data show that the i:)- !Iechanism stay
h. ir~ic-ul in explaining the thermal &-ssalution of color centers in al.:all haliJe
T-,~P v.-h~-" arr, I-o NY41,, hkantsever f-ir ilorting the
theo-~-!tical cdI-Ires. Orig. art. has: I f igiae, 6 ables, I formula3.
'SU13 CODE, GS/ SUBM DATE." IS.Har6S/ ORIG RE, F 016/ OTH REr: 006
Card 2/2

CHERNENKO, V.P.; LUKANTSEVER, YuJ.j,-Z1L--TRVf F.N.
Mechanlam underlying the treakd-jwn of color centers ani tht
extinction of recombinat!on luminegoenco In the NaC1 - Cd c,-y3tal
phosphor. Izv. vys. umheb. zav.; fiz. 8 no.1.89-93 165.
(MIRA 18:3)
1. Oshskiy pedagcgicheekfy Institut,

IE KANT.' )EVFA, Yu.L.; ZAITOV. F.N.; CVFXilIFJIKO, V.P.
Detailed vtud7,of the rechanism urderlying recombir-aticr;
lumineacence of the HaCl - fig crystal PhOsphor. !Z'.F. AF
SSSR Sor. fiz. 29 no-l-'54-58 Ja 165-
(1411a [8:2)
1. Oshskiy gosudarstvonn5-1 pedagogIchunkly inotitut, KIxgliSR.

A7C 74 RR A POIS 0 -0-2 Gu'uk axyp, M - caDtn't u R/61 3~/65/000_ 0/0 0 G/ ~0_ 4 3/00 4 7
iAUTHORS: ChernenLY-o. V. P.; ~ Zaltov F. fT, Lukantsever
OIRG-i Ouba S~tdtu PrtadagogicaL, Imtitute (0&4Gk4_y goapedDIR-bLtut)
AJ
TITLE: Investigation of the me c ha n i a mof-deatr'uc on'
COS P-~al.
!. -
Y'r, til-ld renornibination Ca TR
hos,,)hor. 114 7! q
La -6 jr-65, 10-47
no.
j
~44
~bk: TAGS
lumin jacenee .7 recom ation
en' ~Arcrystal -Phospbor, al so-Votion
lixminesc cei-,x, r rrad
ABSTRACtV_. -.The-. first. part. or thq~, article' vas ubl1shed~An.1zv.._vuzov-,
P.
SSSRi Fivika no- 5, 97,~ 1965, el-nd dealt-with the Antegr-a0--thermal
thermal disco' orir,~&, and. -the luminescenae~spectra of
~deexcitation,
NaCI-Ag irradiated with x rays. e present investigation was made.
on a. more b6mblicated single-ary8t&l~phosphor Na,01-Ag (0.1 molA
Mol.-; grown -f froatthe -69it- the,.-KiroiDoulos- ne thod.- Abe,
r

-'e, To 7.
ACC NR: AP6002o8o
.7,
-were madd
ans of -copper radtation-(15 =p 45 kv# 30 minute expoelfre). Yho
Ira
jabsorption spectra, the deexcitation and the discoloration curves,,
arv, Aie ai-,J thermasti.mulated itimiriescence soectra
w -1- before. The bEatinw- rate
F., Y ~wa F- '7-nsfant In al I c a eF, at 0.10/sec. ie re s,j I z ii
conflr7 the earlie- jat_= concer-A-IF~ ~np twD-stage mechanl.su --f'
1 a n e X'-~ t I- a riestruotion of th,! c--)ior
centers followed by recombination o L' t tie carriers. The iiditlon :)f
Ithe calcium gives rise to the forriulation of several luriLnescence
centers, each characterized by a jifferent number of em'. ~ te d quan ~a
and 114"LP-ren" radiatio- This causes differe.it. dejzree~3
L ensification ot' t~e lumines2ence peaks and a comp",Lcated
c)" inr
11-tru,~ture of-' '~he individual peaks. Orig. art. haa: 4 f:! cures and
tables.
-7 ORIG RF
'Fi 013/ OTH REF: C-06
]SUB CODE! 2 M-M DATEil-iMn6V
Gird 2/2
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i" ACC NR: -AP60'11555 SOURCE CODE: UR/0051/66/020/0t);,',/Oll5o/o452
V ! - i/
AUT~ORS: Dudarev, Ye.,S.., Zaitov, F. N.; Lukailtsever, Yu. L.
ORO: none
TITLE: Concerning the ionic mechartism of photometric drLsintegration
of F centers in allcali'halide crystal phosphors., tv" Thxt-1
SOURCE: Optika I spektrookopiya, v. 20, no. 3, 1966, 4!5;D-11,52
~TOPIC.TAGS: alkali halide, crystal phosphor, color center, recom,binal
tion emission, i6nization, relaxation process
ABSTRACT: The authors take exception to the prevailing opinion that
,tric stability of F centers is
the dependence of thermal and photome I
due to creation of new types of localization. and recombination cen-
ters, which compete vilth the F centers in the capture ol electrons.,
-;Experimental data:on the factors that lead to destruction of polor
centers are inore complicated than merely direct ionizai;:Lon of these
centers, . so that the conditions under which the phosphor 1:3' prepared,
'the preigence of extraneous impurities in the crystal, the prior
A_
IL~~E~Card 1/2 UDC., 535. 373, 1 -4 5M, 21. og6

Ti379046-- - --------
A
CC
RR: AP6011555
tory of the sample, the form and temperature of excitation, and other
factors influencing the stability are affected by the interaction
between the ions that destroy the color centers and the color centers
excited by,the light. Using the results of an earlier phrier on the
subject (Mezhvuzovskiy abornik nauchnykh rabot, seriya f12;.-mat,
[Inter-University Collection of Scientific Papers, Pbysical-Mathemat-
Acal Series], Frunze), they obtain an expression for the rate of
change of thermal ionic destruction of color centers and from It a
1,0-theoretical photothermal discoloring of F centers in NaCI-Ag phos-
phors. Certain numerical charactoristics of these phosphors are ob-
tained on the basis of the results. -It is concluded that the Influ.-
-,'.T ence. of different'.factors on.tbe stability -of _F centers cen ba
sa tis fac-torily. 'explained from the point of view of the ionic inechanistA
of relaxation &-ocesses In alkali halide crystal phoophore. Orig.
art. has: 6 fordidas.
MB COD9,v20/1-SUBM DATE: OliulO/ ORIG HE?'** -010/ OTH PZFF t 00,
Card 2/2

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CHERNENKOt V.P.;,ZAITOVt_FjI.; LUKANTSEVER, YU.L*
- Characteristics of the light sum rtorage in KCL - Tl,C& cz-yat&L phorphor.
Izv. vys. ucheb. zay.; fj'z. no.6:34,,-36 163. (MM 17:2)
1. Oshskiy gosudarstvannyy pedagogicheskiy inatitut Kirgizskoy SSR.

ACCESSION R; AP4025034 S101 39163AXKVW61C034AX)36
AUTHORS1 Chernonkof V. P.; Zaitov, F. V.; Lukantsever# Yu. L,
TITLE:--On the characteristic of light-aum storage in XC1-Tlj Ca-ar7-s.tal phoephcir4
-SOUnCrEs' IVUZ. Fizzika, No. 6, 1963, 34-36, and insert faoing page 34,
TOPIC TAGSs--light-sum storage, phosphorg x-irradiatioul, themoluminacceneep
luminazeenco Intensity
ABSolUICT; r;'ha light-cum-etorage characteristic of i TC1-'Tl (0.1
single crysta
Ca (0.5 molcv) phosphors has been investigated after x-irradiation in the x-xay
instr=ant URS-55a (tube DS11-2t Cu; V- 45 kyj I - 15 ua) for a 30- to 90-min duzet-
tion. The thernoluminoscenco curves were rocordod by means of EPP-C9 potentiometer
vith an FEO-20 ni.-plifior for 30-, 45-, 60-min irradiation duration ar4. one curve.
after a 17-hour pauso. After each exeitation-measurement cycle the thermoli=inets-
conco curves zhovt a nevr change in the light-sum magnitude. It is believed that
thin offoot follova,from a procose leading to actual lowering of lumiriesconoe
intensity after rep6atad irradiation followed by an aotual increase JxL 1waLmesecalce
:WUnsity when the oryat4 undergoes a relaxation. Me authors wicb, to thitak I'll.
Y. Yevatifoyev and V. Ye.' Chudankoy for thair help." Orig. art. haes I figjre.
Cord '0p??IAT-j0jj; Oshiskiy gospedinst4tutp Kirghiz SSR(Osh State 'Zischers
UU) ----- -

SIDLYAM,NKO, V,.I.; ZAITOV,, F.N.; LUKAMSEVER, Yu.L,
Themal stability of F-centera in KCL -'rl#Sr and KCI - T11 On
oryatia phoaphortso 12;'Ve VYS, whob. zav.; fl7,* rlo.50NM 163,
(nmk 16t12)
1. Oahskiy gosudarstvennrf pedagogicheskiy institut,

CHERKENKO, V.P.,- ZAITOVI,,F!~,t,,I.,.,4UKANTSPTFE, Yu.L.
Yechanism underlying the recombination luminescetwe of tho
cryatal phoophor NaCl-Ag. Opt. i spektr. 15 no.103-88 X. 16).
(Phosphorm) (MIRA %60)

ZAITOT" F, N.; MKANTSEMp ru. L.
Therwa ftscoloration of F-color centers in Albelf metal halld
crystals uftder optical - canditionst, Isve VYS`* - ftche xave f Is. - 3
45-48 %2. (MMA 15ti0i
1. Oshnkiy.govudaretv9nnyy inatitut Kirgiapkay SSR.
(color centers)
(Alkali metal halide orystals-Thermal properties)

SI61,YMM, V.I.; LUKANTSEM, %u.L.; 7AITOV F.H.
Distribution of A-0f nterrs LIka-11 halide crystal phosphors. Izv. vys.
,uc1,,eb*zav,;fiz,nov2142-45
(KMA lfiti)
1, Oahekiy goeudaratvannyy pedagogicheakly inatitut Kirgizakiyy SSR.
(color centers) (AiMli metal halide -:rYstals)

7
L 1~aon-61'2 L'WT(l),/BD3 AfFTCASD/30
ACCL-S I 0~1 A! 01 4 14
n 'm,% i lr,,4,,n 1 e. /nn i j r r ri ni irniia
kV P Z Yu. 1,
TITI,"- Investig-ation of t h c- r. e -c n an i s n o f re c b i n V., t j f-, n 1 ux-al I es z en a e C f n C A g,
cryntal p1hosphiar
SOVIICIE". Optika 'A. spaktroskopiya, v,15, no.], 1903, 8:3-88
cur-vc-, Colfir
ABSTR~CT- The authcrs ca-rried out a co=nrchensive investigation af the re-CnmIbiTf%-
n .'nCI:A- (0.1 mole
')~-rcrm: Ag); the studies Inc'--!!od rernrd rc
ln%,('S~ "gntITI(' ComposItIon of t1lf, rrncl 9
7
731-,'J', 13-i L M-1 ~U
si:,,ectrop-hotometer coupled to an FLU-29 P-'hc-tomultiplier connected via E-. dc tm-
nT i f, !qr to a 100p Osaillograph: tho softntiin.- rate, from 2 to 6 ev 'was usually
go f_' , "hn aTu-atra warn c-nrmr-t-n-d for tlt* -mr-aftivity qf the p 1
~~Z- I ;rj 10", --'10 Melnocarum-'T Ir E"~d ! L I on t!In exk- I! ~k
-'C C' "t3l-t ': I
f
A- 1 rrad a -'e
COTC1 1/2
M-

!IP 141-5,~41P W4,
L 13100-6'~
XCESS ral lilt- AP3003414
wid spi3etra at di4ferent otages at themosti-mulation and bloaclAng are reprodtcadl.
Tbe ey.,-)or-'ziental cata a-ru .1nallyzed and riisctissed The dafa allmu of el4lo-,--,
cc t r i r oI t~m u n,:
24
survad glor., pzaks. Thu thermaly-mines cone e s-p-octra of F;aGl:Ag change ia tLe procc mm;
of relaxation. A t different stages of the relaxation process d If f a re n tcenters r-my
play the role of trips and/or lummitiesconce centers. I'In annin-lu-sinn, VIII ftljtl~' .2
."oon "c' and V,YtXhuden;~nv fo- vi!;IStII,IC
tormulas and -5 f Igureit
ALSSOCIATYON't none
DA7S ACQ- -W-u-16a ENCLf ~ M
S M COD-B. PM NO RUE SM: 010 R: 004
'Card 2/2

AUTHOR: Zaitov, F. N.
-TITLEi On the stability of F color centers in.alkali halide cristal phosph;rs
PERIODICAL: Referativnyy zhurnal, Flzlka, no. 8, 196~, P7, abstractSV184
("Tr, In-ta fiz. I astron..AN FstSSR, 1961, no. 15, i3B - 148; sum-
mary In English)
TFXT- The effect of impurity ions and plastic deformation on the optical
and thermal stability of F centers in alkali halide crystals is investigated. Tae
part played by ionic processes in F center thermal destruction is disepased.
[Abstracter's note: Complete translation)
S/058/62/00D/008/037/134
A061AI01
..Card /I

39036
S/139/62/000/003/006/021
E039/E420
AUTHORS: Zaitov, F.N., Lukantsever, Yu.L.
TITLE: On the thermal decoloration of F-colour centres for
alkali halide crystals in the optical regio.a -
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Fixika,
no-3, 1962, 45-48 V,
TEXT: . Results on the destruction of F-colour centres in singlt
crystals of NaCl in the optical and thermal regions are compared.
Crystals were excited in an X-ray beam for 30 minutes. Thermal
decoloration was produced by heating from - 270 to 450*K at a
rate of 0.150K/sec. Comparison of the curves qbtained in the A
thermal and optical regimes show that at 355*K in the thermal
regime 15% of 411 the F-~centres are destroyed wherean in the
optical regime about 95' are destroyed. Results are also given
for the intermediate region between the optical and thermal
regimes. By means of a preliminary hoating,.single stage thermal
decoloration curves were obtained instead of the utual two stage
ones. By-the use of these 'curves the kinetics of 'the destrijetiont
of F-centres was investigated. The affect of the intensity of
Card 1/2

4
S/139/62/000/0103/006/021-
On the thermal decoloratiOn E039/E420
excitation light is discussed and compared with theory. The
second stage in the thermal decoloration curve coincides with the
corresponding position on the thermal decoloration of
M-absorption bands and the luminescence peak corresponding to the
destruction of 1-1-centres in NaCl crystals. The effect of the
presence of M-centres orf.the destruction of F-centres is discussed.
in detail. There are 2 figm7es.
ASSOCIATION: -Oahskiy gospedinstitut Kirgizskoy-55R
-(Osh State Pedagogical Institute of the Kirgiz SSR)
SUBMITTED:, March 10, 1961
Card 2/2

2 _2 _1 &W
S104 61/025/004,/013/'046
35'*00 3104YB201
AUTEORSt Lukantsever, Yu. L. and Zaitov, F. N.
TITLE: Possibility of-the-thormal activation-of the trapping of
charge carriers in crystal phosphors
PERIODICAL: Izvestiya Akadsmii nauk BSSR, Eeriya fizioheaks~a, v. 25,
no. 4, 1961, 473-476
TEXT - The present paper has been read at. the 9th Conference on Luminescence
(crystal Phosphors), Kiyev, June 20-25, 1960. Results are prevented
relative to studies that indicate the possibility of a thermal activatior,
of the trapping of charge carriers. The experiments were performed on
ZnS-Cu (10 -4 g/g)q non-activated NaCl, NaCl-Ca (0-5 mole%), and XC1-Ca,Ag
phosphors. The invostigation compriied thermal do-exoitation, analyses
of the damping curves near and in the range of thermal extinction of
lur.inonoence were madel furthermore, the thermal doooloration iind the
spectra of excited absorption were studied. Concerning the ZnS-Cu phoo-
phor it was possible to show that the light sums recorded in each of the
Card 113

22164-
8/048/61/025/0041'013/048
Possibility of the ... B104/B201
-three- groupa -of - electron -localization -levels change -nonmonotonicially- with
changes of temperature. The ratio y w AO/Ar as a function of tomperature
was shown to pass through a maximum.,(A, is the trapping probab!.lity, Ar
the recombination probability. I - T rises up to extir.otion, whereupon
it drops to zero. The behavior of I can be explained by considoring the
necessity of a thermal activation for the localization of electron Unde-
r rl . -k/kT
these premises, yean be represented by y -Ac/(Aj+ Ar ) 7o/(1+ Ile
Here, Ar and Arl denote the probabilities for radiative and rad:~ationless
r r
recombinations, respectively,.Q is the activation energy for a radiationle-ji3
recombination,110 and C are constants. It is further assumed that
Ao - fe-A/kT A being the activation energy fot- electron tra ing at
adhesion levels. y is shown to pass through a maximum if M.. The
mechanism of the dee4ruction of color centers by ions in alkali halide
phoophors is disoues;d nextt A punctiform miorodefact is fomod in a givon
lattice site. The probability for such microdefects to be libo:~ated is
PO - Pov exp(-Qv/kT), where Qj denotes the activation energy. These
punctiform microdefects interact with the F centers and destroy them, or
Card 2/3

Possibility of the...
22164
510481611025100410131048
B100201
the Microdefects interact with the dislocations and are "trapped" by them.
Approximation equation
~-dnp/dt, P no n exp(-(QP+Q,-Q,)/kT)
OV ?ON F
is obtained, where ny denotes the number of F centers, n the nutI'Der of
site$ at-which the formation of free microdefoote is possible, (
~?- is the
activation energi for the trapping of a microdefect by an F cen';4r, and
Qo-the-activation energy for the -trapping by d dislocation. Tho factor in
this equation depends upon the production conditions, and may tche unusual
high values exceeding the oscillation frequency of the ions. In the
ensuing discussion, Ch. B. Lushchik made a brief report of reaull;s obtained
at Tartut and stated that values observed for the abovementioned factor
amounted to as much as 10 22 see -1 . Adirovich, F. I. Yorgunas, and
F. N. Zaitev are mentioned.. There are 1 figure and 12 references:
11 Soviet-bioo and 1 non-Sov'iet-bloo. The reference to the English-
language publication reads as follows: Ref. 41- Randall D. T.,
Wilkinst M. H. F., Proo. Boy. Soo. A., 184, 366 (1945)-
Card 5/3

ZAITOV, F. X. Carld phya-1.1ath Sai -- (diss) "Study of the centero of onpture
. and.vidsothermal reliumtion prooet-ses In alkali-hal6ld- crystal lorhori. "
Tertu, 1957, 13 pp (Tartu Ztate Univ), 100 copies. Bibliographyt p. 13
(1.3 tU14o) (KL, n-f)8, 02)
-6-

4-46------EWP MENT(m)
4
SNP
I ACC NRz AP613-18592 SOURCE CODE: URIGIllf9/66/002/004110204/0;'I&2
AUTHOR: Zalkov, G. Ye.; Knzancheva, S..D.; Fayzus, Z. K.
npr- Tmarfrute cif f$
__scqw (rnatitut khtmich-eakay
_emfcal Physics LK C.SSR Kxg
TITLE: Effect of water on the rate and course of oxidationlof organic substancEs
SOMCE: Teoreticheskaya i eksperimental*naya khimiya, v. 2, no. 2, 1966, 204-212
TOPIC TAG3: chemical reaction kinetics, oicidation reaction, reaction rate, methyl
echyl ketone, free radical reaction, oxidation kinetics
ABSTRACT: A study was mAde of the effect of wat:al a a polar solvent with a hi?h
die-lectric constant on the kinetics of free radi eactions in the oxidation cf i
polar nrganlr. compounds stich as methvl ethvl ketone.i Earlier, the authors estatltshed
"11a: I rc-polar scivent "b0L_..zCne)C0r.,riDuted a, ~r, in( ie in Lne relative yield 1:
01f i1croxide radical decompo"iitIon;
R02' RICHO 4- A-0', (1)
nr'ar
---a off
Rol RH--RCI0H + R, (2)
Card
0171-0,11 "M "To MI I uetpfA;mi

ACC N-k' A?60~8592
Tn 1 4 f-np- - r a t iori i is
c.. produr s lllu' Cate
07 V-3ri-(- d
arl I
-nlar ritio up to 20
1j,
T'11,, 2vAler ,~V .11
Mmm 9 WIMITIM10,11", 1,

I
Or&ulslvg the Soviet Society of Phatogrametry brief
sunmry of the report. Trudy Lab.aarometo 72-327-328 1~9"
(mnu Ufl)
1. Koskovskiy gosudarst4ennyy universitat im. HV.YAom,%noaova.
(Photogrammetr7--Sociattee)

BOBIR, Mi6Uy Yakovlevich;
f J.Arwredaktor; EMCKCHMO. I.I.,
redaktor irdstalistya 'KIM* G.N,, tekhnichookiy radaktor
[Photogramustry] Yotogramestriia. Koskya, Izd-vo goodesichsakoi
lit-ry. 1956. 335 P. OM 10:3)
(Photegrammetry)

L) D D) A)O- V I Q If
0;?-,?4 ITO pftp~' '
SE I BOOK EXPLOITATION 356
Fozhevnikovs Niko;Lay Petrovich, and Zait0vo lzmail Rjzaudd1nov1qh
Votogrammetriya (Photogrametry) Pt. 2. Moscow# 0codezizdat. 19,57.
139 p0' pOOO copies printed*
Gen. Ed.: L4Dbanov$ A.N.0 Doctor of Technioal Sciences# Professorl
Tech. Ed.: Romanovap V.V.; Ed. of Publishing Houna: VW1'yey4 V.I.
PURPOSE: This textbook-is intended-for-studente,purauiiig ooursen tn
geodetic aerial photography at technical InstLtutea It Loa-'
continuation of an earlier volwre written by Prore3;or
M. Aleksapollskiy.
COVERAGE: The present volume (Part 2) describes photogrammetric oon-
densation of ba8ic maps by means of phototriangulation and p-hoto-
traversing and analyzes the degree of accuracy of each technique,
It discusses the interpretation of details in aerial photographs
and topographic surveys achieved by combined air arAl ground
C a rd 1/17

Photogrammetry 396
methods, The program of the book was worked out by N.M.
i A]*
Professor of the Moacow Institute of Geodetict kerophobogrometric
and Cartographic Engineersp and an lionored worker in 11cienoo and
Technology of the USSR. The book was written under WLs supervision
and guidance. The first section of the present volume traces the
history and development of photogrammetric methods and discusseB
the principles of central planningp the eissenoe of aiv Purveying,
photographic analysis, the determination of the posit 'tLon of ot-ont-vcd
individual points in aerial photographs, the utilizatlon of parts of
a photograph for a map, and the transformation of aer.Lal photor-hs,
The second section describes methods of developing thi topoera-hic
parts of a map, vertical control on the basis of aeeLal pnotog:~apha.,
and surveying by combined aerial and ground methods, There are
20 referencesp all Soviet.
TABLE OF
CONTENTS:
Foreword
3
C a rd 2/7

Photogrametry 396
Part 1. PHUTOTRIANGULATION AND PH(YTOP0LYaOI IOMETRY.
Ch. I. Plane Phototriangulation
I. Principles of-phototriangulation and photopolygonimetry
2. GrarUeplotting of phototriangulation traverses for a
single traverse T
3. Constructing loops for two traverses 1.2
Ch. IL Reducing Phototriangulation Loops
4. Optical reduction 16
5. N.A. Popov's projector 16,
6. Professor F.V. Drobyshev's epiprojeotor 21
T, Other projection methods 24
Ch, =9- Errors in Constructing Rhombia IAops
8. Errors ocewring in the construction of rhomble locips
and in orientation '2 5

9.
Errors in plotting rhombs 9
4,
Card 3/T

Photogrammetry 396
10* Accumulation of errors in a loop 32
11. Accuracy of rhombic loops in phototrlangulatlon 42
12, Effect of tilt in aerial photographs on loop dis.-
tortion in phototriangulation 44
Cho IV, Phototriangulation Networks
130 -Plotting -phototriangulation nets-by ground geodetic -
control points 50
14. Tying in grids by means of orose-traverses 54
15. Construction of an independent net 55
Ch. V. Increasing Accuracy in Plane Triangulation
16, General principles 58
1T, Stereoscopic devices for plane triangulation 61
18. Analytical method of tracing phototriLangulation
loops 66
19. Utilization of surplus data in building loops 68
20, Building loops in a considerably accentuated area 70
Card 4/7

Photogrammetry 396
Ch. VI. Photopolygor iometry
21. Principles for constructing photopolygonlametric traverses 73
22. Use of radio altimeters in photopolygonimetry 75
23. Methods of plotting traverses 77
24. Measuring basis lines and the angles between them T8
25. Computing traverse coordinates 83
26. Traverse plotting and the Interseotion-of base eutd
orientation points 85
27. Plott ing and adjusting grids 85
28. Peculiarities in plotting traverses in photopolygon io me tr y 87
29. Accuracy in photopolygonidmetry 89
Part 2,
Ch. VII. Aerial Photographic Contouring
30. Aerial PhOtOsurveys 97
Card 5/T

Photogrammetry 396
31. Geodetic operations 100
32, Photogramnetric operations 1o6
Ch. VIII, Interpretation
33. General principles of interpreting 113
34. Interpreting poptilated areas in rural districts 117
35. Interpreting a hydrographic grid 119
36. Interpreting a road grid 120
37 Interpreting vegetation cover and agricultural lands 121
380 organization of work and techniques in interpretation 122
Ch.- IX. Using Aerial Photographic Material To Bring Malps up
To Date
39, General infomation on the obsolescence of maps 126
40. Methods (if bringing maps up to date 127
Card 61'T

Photogrammetrj 396
--41.- --Contour-- surveying and-Anterpretlng In --the --photographio
plane 130
42. Contour surveying with the use of Improved photo-
schemes and separate nontransformed aerial photographs 133
Bibliography 138
AVAILABLE: Library of Congress
Card T/*( MK/ad
8_21-58

ZAITOV,
ZAITOV,
-S~ereoscvpic camras for seasurivg purpoges. Zhur. naueb. i prlkl,
f4t, 1 Wn, 2 no,3:212-218 Yq-Ja t57. (MA 10:6)
(Photogrammtry)

1q) To V,-
4-
UITOT. I.A.; ZABIBOV R.D. KNIMIXOT. ru.r... BRYDXNOOT, A.T.
larje-scale photothoodolite surveying of Tien Sban glaciers in
1955. 'rest.-Mask. un. Ser. biol., pochv., goal., Coog. 12 nO.I:
229-235 '57. WHA 10-.11)
1. rafedra kartografil Hookovskogo gosudaretyannogo universitsta.
(Tien Shan-414wisrn) (Photographio surveying)

ZAITOT' I.R.; ZBIRDTI R,D, I KNIZEIZUKOV, Yu,r*
Use of stereophotogr&metric survOY'ing to cOmPils a 1"90--scals
goomorphological map of special designation, Yest.Hosk,UZL,Sero
biol., pochv., geol.. geog. 12 no.2s2l3-222 '57. (KIRA l0zlO)
1.Xafedra karto afti Moskovskogo universitatao
gr(Photographio surveying),
(Cartography)

30'1/154-5.9-1-6/22
AUTHORS: of Technical Sciences, Indichenkc).
-I. G-., _Engine or
TITLE., The Spectral Reflectance of Some Types--of Soil t"0 nektral!-
noy otrazhatellnoy spocobnoati. nakotorykh tipov pochv)
PERIODICAL: Izveatiya vyashikh uchebnykh zavedeniy. `eolvzlya I, aero-
f0t0J311yemka, 1956, 11r 1, PP 57-64 OSSR)
ABSTRACT: The photographic qualition of air photographa depend on the
accuracy of the photogrammetric measurements, 1:n perfc-,tine
the photographic qualities of air photographo, 11-towever., the
optical properties of the objects to be photog:raphed are
highly important. The firs" tests in this field (ir, parti--Ilar,
as ";o recognizing the spectral reaectance of the soil) warp
cavried out by G. A. Tikhov, Correaponding Member, Academy
of 3cienoesq USSR. Later on they were continued by Ye. L~
Kriaov. The reflectance of solid wooded areas was inveatigat-
ed by A. K. Pronin. In 1955 and 1956 the inveE:tigationa viere
continued systematically by the Laboratoriya nerofoto!hetodov
kafedry kartografii 11GU (Laboratory of Aerophotographic
Card 1/2 Methods, Department of Cartography, Mo3cow State Univervity).

The Spectral Reflectance of Some Types of Soil SOV/154-58-1-6/22
These tests were Performed by, means of reflector -monocl,ronettr
(TYPO 3MP-2). The results of the tests were reproduced in
a diagram. It was discovered that all terrains tested (ground
sections) have a comparatively low reflection coefficient.
The reflectance largely dependa on the respective nurfa~e
character of the soil, also soil humidity exercising an
essential influence on the soil reflectanro, which coald be
observed with certainty in 4he test. Dry soil reflk'C"s twi-~e
an much as humid soil, although the dia,L~xawdo not show any
remarkable change in this case. There are 15 fi-ures.
0
ASSOCIATION: Yoskovskiy Gosudarstvennyy universitet imeni 1.1. V Lomonoso-~-a
(moscow state University imeni 11. V. Lomonosov)
Card 212

13RTUMNOV, A.Y.; ZAITOT, I.R.; IAPFO, I.A.
-Contents-and symbols--of large-scale glacier maps,Inform. -sbor-o
rab. Geog. fak. Kqeka.Zon un po Mexbdunar. goof is. godu iia.1:111-42:1
'58. OGM 22:3)
(Glaclers-44aps)

I ovi I (JIP211
AUTHORI i Zaitov, 1. U., Docert, Candi 'dare of Techni.cai 'j~?1r1TV:qSt
TITLE: On th- Problem of the Quantitative Photometric Interpretation
or the Discriminative Properties of 9pectrozonal and Color
Material for Aerial Photography (V, voprosu o kcl%,oh,~3,.venn(,,1
fotometrichesVoy oteenke deshit'rovochnykh avoys';v
spektrozonallnykh i tuvetnykh aerofotomatei-ialov)
PERIODICAL: lzveatiya vys--!hikh uchebryvh zavedeniy. GeodeTiya I
acrofatos'l,yemka, 19~8, Hr _~, pp 9r--98 (US'Sh)
ABSTRACTs Thio 18 A presentation of a- new-method of increasing the ai:cit-
racy in estimating the diocriminative properr-ios of varic-(s
types of photographic color matevials. The procedure i!j as
followas A negative 18 assumed To incorporatf- fpatar4~;, of l'brer-
diffo,m~nt type,, pf timber, for extimple fir, bir7h, ana oak
tre,es. The phutoolp(~trie phocomotor njonaoror, -the donaity !) 'if
the festnre~; of' all thref- ttypf~s of t imbnv. '_vsr!1r,nd lo!nrLtzt,~~,
are ebrained Y'rom measuring 100 epecimens cf pach type nf tax-
ber. They are piottea in a diagram. The distribution o,. thEi
Card 1/3 pointii along the coordinate axis permits to 4etermini~- to we.,.at

On the Problem of the Quantitative PtiotometrIc Interpretation of tne '"Dise:7im-
Inative Properties of Spectrozonal and Color Material for Aerial Photography
degree the denEitleq of' the images of one grOl~D Of objects dif-
fers from another. This method is most effective in estimating
the discriminative properties of two-layer color photographic
materials. The density of each layer-csn be meanared. at any
of the negative, In three-layer negAtiveu ",he mcthod Of
point
quafiLitative estimation is complicated by the neeeti..Aty of
establishng a_ three -coordi nat e frame of r,_;it*eren(,,Q. In thii
case the color shade- of the negative can ce determined accorl-
ing to the international syntem of color coordint.tes KfZ wl'h
the aid of a visual nolorimeter. The ranges of stra.,(Ang are
entered into the standardized color diagram. Tne advanzagp
offered by this method is self-evident in particular -;kith '.110-
lAyer negatives whIch are also referred to as spcerro7.onal
negatives. The method was ouccessfully tebted in trip Laboratc-
ry of AerisA Photography Methods Qf the Chair of' C~irtograpkiy
at the MGU. There are 4 figures and -1 reference, I of rfilch is
Soviet.
Ca rd '2.~ 3

On the Problem of the QuanEitative Photometric Interpretation (if the Discrim-
inative Properties of Spoctrozonal and Color Material for Aericl Photography
I
ASSOCIATIONt Moskovskiy ordena Lenina i ordena.Trudovogo Kras.nogo Znameni
Gosudarstvennyy universitet im. W. V. Ilomonasove. (~Joscow Lonin
Order and Order of the Red IAbor Ba=ar 0State uriversity im-ni
M. V. Lomonoaov)
SUBMITTEDt December 3, 1957
Card 3/3

0
/,Lito-;r, I.R., Candidate of Technic6r-! Science-,; I:rdichonkol I.G.
.Tn-dKnizhni V, Yu.F., Engineers
TITLE: Using Phntotheodoliten for Obtsinin6 Plans of the 7iater Six-
face In the Spanning of the kngara River (Primexteniye fouteo-
doliti. dlya. ;olucheniya planov vodnoy poverkhnoiiti -,.)ri

ry-6.
k
tii r. Argary)
i-E'-1UODICAL: Gidrotekhnicheskoye Stroiteltrtvo, lc,1cO, *Ir ?*, 1)p 49-51

z-BiTRAM The photogrammetric method is being increasingly applied in
the investigation of wave formations on seas, lakes and rc.-
servoirs. In many cases this method a,~pears to be the on]-j
one for registering and measuring the wave roliof; this rac!thod
is also u~ied for investigating the A'.'orm of the free water ;3ur-
face over the embankment of a river dam. Such vas the ca.-;i~ in
1956 at 'he construction -of the Irkutsk Hydroeloctric For(-:7
Plant, when photogrammetry was a~.-jlied with a view to obtEining
,-I,,,,ns of the water surfLce bclow the pontoon brJ.dk;o rcroo~ tho
"n~;ara river. The stereo-photoeraphy of a water curface c.-!'
10 x 150 so meters was carried out ith t-.-;o phototheodolitos
"H111" with an electrically-synchronized shut ter-rel ease dc,rice;
panchromatic photo plates with 100 units (Goat) sensitivit:f :.-ere
Card 1/2 u3ed, making a total of 13 photos. Each sterec. couple war

98-58-4-13/18
Uoing Photothoodolitfis for Obtaining I'lan-) of tho ;ator Surfaco in the
S,danning of the Angara River
divided into three sections the first consistini; of small
waves and surf, the second of creits and hollowei of
stabile waves. The photogrammetric plotting of the par-
opective model of the water surface in the orthogonal plan
at a scale 1:300 was done on the large stereo-aut(ograph of
Zeiss. Fig-ure 3 shors one of these plans and Figure 4 - thE:
corresponding phototheodolite picture. To avoid blurred
photos it is advisable to use bL shutter speed of not less
than 1/25 see. Dead angles can be avoided by tak'~ng stereo--
photos from two basic points with 4 photothoodoli':es which
wust be equipped with cynchronized shutter releanit devices.
There are 4 figurea.
."N"'ILABLZi Library of Congress
C-trd 212 1. Phototheodolites-ApplIcations 2. Water mves-Analysis

30), 250) SOT/154-59-5-13/17-
AUTHORS: ZxJ_tD_Y,__1,L_k.,_,Docent, Candidate of Technical Soiencee,
_rn'dichenko, I.' G., Engineer
TITLE:-- -- A Method-Used to Determine the-Conjogated FocaLiongth and the
_/hhotogrammetric Distortion of Measuring-Camgra Intended fai-
Close-ups
PERIODICAL3 Izvestiya vysshikh u-chebnykh zavedeniy. GeodeziyE, i
. aerofotos"Yemka, 1959t fir 5, PP 145-146 (USSR)
ABSTRACT: Since there are only -oniometers available for the focusing of
a phototheodolite fcr infinity, the development (if a device
with adjustable -focel- length proved -to- be neceszary- for clcae-
ups. The authors report on the development of suoh a device, by-
the Laboratoriya aex-ofotometodov kafedry geodezil. i kartografii
Moskovskogo Gosudarvtvennogo Universiteta im. M. V. Lomonowya
(Laboratory for Methoda of Aerial SQrvey of the Chair of
Geodesy and Cartogre.phy of Hoscow State University imeni U. V.
Lomonoaoy). These devicea;Elow to determine the focal length
and the photogrammetR-c distortion of the camera when photo-
graphing objects at a distance of I m up to infinity. Its
Card 112 principal parts are collimator 1, focused for iid!inity, a

SOV/154-59-5-13/17
A Method Used to Determine the Conjugated Focal Length and the Photogrammet-
ric Distortion of Measuring Camerat; Intended for Close-ups
goniometer used to 1(ivel the instrument to be adjusted, and
collimator 3 with variable focusing. These instruitenta are
mounted on an 05-2-type optical bench (Pigs 1-4). The total
dovico la adjuuted by the usual optical motbodo. Exporimonta,
proved ito applicability. There are 4 figures.
ASSOCIATION-i Uoskovakiy ordena Lenina, i ordena Trudovogo Krasnogo Znameni
Gosudarstvennyy Universitet ira. M. V. Lomonosova (11oscow Or er
ol Lenin and Order of Red Banner State University imeni
M. Y. Lomonosov)
SUBMITTEDt October 30, 1958
Card 2/2

ZAITOYS-I.R.
Transactions- of- the Laborator7 Oiemt,) of -A-s-romethods- -As-UsSjW/.3aL5
V.7, Materia13 of 7th AU Interdept Conf. Aerial Survey (Vqc 56)p-116acowq 195P., 331pp.
I ,R. [Koscow State UhIversil-T imeni X#V. LomO60607J.
Orgaaz&tj6n- of th.-. Soviet PbotoVamtric Society
(Sbort Synopsis of the Report) :327
AVAUAZZ: Library of Congress
Card 15115

7ATTOVO I.R.
IQ -- SOV/3815 - A'
TrurtsaTo~~ the TAObOrar ;-=R
t
Oe
V., to a of 7th AU Apt 0 %rJ6
Drobyshevp F.V. (Noscow Institmte of Geodetlep Moscow, 1959, 331pp.
and Cartographic EnIgindering].
Stereoscopic Plotting of Intersections (Plane Diagram of
Space Intersee-ticias]
Solw1ovskarm., Ye.l.. (Vaesolmr7y tqPO9rsPhO-Z&rk8heYd6r8kJLy treat
(Soyazaarkshtrest) - All-Union Topographic Surveying Trust). 131
Stareotopographic Napping at 6 1;2000 Gcale
gVentqjtgkjLyj, S.A. [Taebbentakly Instit4t Inzhanerov 1rr19%%*11 I
--------mekbA"Izatsii-aeltakap-khozpptva - Tashkent- Institute of -Agricultural-
Irrigation and Mechanization Engineering].
(,,OwqUx [Integrated] L&rge-Scau Napping of Small Areas 135
V (14DOkovskiy govidarstrannyy univereitat Imani
-Z-WAY*- -Al- N.V. Lamnallov].
X.V,. Lomonosova - Kascow State University imeni
Stereoscopic Cmwm for Nessurements 139
Finkovs1dy., V.Ya. 111ovosibirskiy inatitut, in narov geodazlip
aerofotos I I yemid i kartograffii - Rovesibirsk Institmte of Geo&tie j
Fhotogrammtricp and Cartographic Hme:ineeringl.
'i%e Theory of the Stereocamparagreph 147
card 6115

R"b14-fthemallyevich# kaW. tekhn. nauk; KNIZHUIRUVv
Turiy Firsovicho
otv. red.; REVINA, Te.A., red. lzd-va; ANOXHIVA, M.G.p
takhn. red.
(Phototboodolite aurveying of the-Tien Shan glaciers daring
the I.G.Y.)Fototeodolitnala, Oewka lc4rdkav Tian-Shania v
period ROG, Frump Izd-vo Akad.nauk Kirgizakoi SSR, 1962,
99 P. (KMA 150)
1. Direktor Tyan-Shan'skoy fisiko-geografichookoy atattaii
(for Zabirov). 2. Iaborctoriya aerofbtometodov PkekovEkego
gosudarstvennogo univerviteta (for'Knizhnikov). 3. Zareduyu-
ahchiy- laboratoriVey aerof6tometodov Moskovskogo gost4arstvan-
nogo universitata (f6r_Uftb#)_,_
(Tifin Shan-Glaciers)

ia' Ay
KISLOV) V.V.; ZAITOV I R.; IDDAROV., A.N.,, doktor tothn, nauk,,
retsenzent; fg*M, G.P., kand. tekhn. nauk# dote.#
retsenzent; BORDYUKOV., F.P.~ kand. tekhn. nauk.. dote.
reteenzent; OVSYANNIKOV, R.Lm kand. tekhn. nauk# dots.,
retsenzentl KO-YLOV, V.N., kand, takhn. naukv dote.,
-.~fqfjnZ"t; B(BIR, N.Ya., doktor tekhn. naukj, prof.,,
red. -
(practical.work in photogrg= try] Fraktikum po foto-
gra=strii. Moskvap Nedraj. 1965. 187 p.
(MIRA 18:6)

I.R., doteent, kandAnkhn.amulc; INDICIMIMO, I.G.. insh.
Apparatus for detarm,luing thaconjupts-focal-distancip and
photogrammetric distortlou of measurime camemis used An the
pbotographl of near objects, lsv.vyeoucheb*zav.: good..1
aorof. n0-5:145-148 1551. (KMA 130)
1. Kniskovskly ordem Lenina I ordens Trudovogo Krasnogo
Znaueni GosudArstvauW univerettet too MoVoLocionosovite
(Aerial photogrammatry)

UMV, 1.10
Stereoscopic cameras for asaiturIng purposes. Trudly LMb.MsTomOtv
7:i3g-146 '59- OMA 13:1)
1. Moskovskly gosudarstvturAnruniversitat Im. H.T. Lowovosove.
(Photogrammetry-'Squipment and supplies)
(cameras)

S/035/62/000/007/062/(y33
AOO1A1O1
AUTHOR: Zaitov, I. R.
TITLE: Works of the laboratory for aerophotomethods at the N)partment of'
Geodesy and Cartography of tho Geographic Faculty of -the Moscow
State University during the International Geophysical Year
PERIODICAL. Referativnyy zhurnal, Ast~cnomiya i Geodeziya, no. 7. 1962, 2,
abstract 7G3 ("Inform. sb. o rabotakh Geogr. fak. Mask, un-ta po
Mezhdunar. geofiz. godu",- 1961, no- 7, 5 - 13)
~TEXT; During IGY were conducted explorations of mountainous glaciers on
the Caucasus, in the El'brus region, and on the Middle TianShan, south and south-
east of the Issyk-Kull lake. A phototheodolite survey 'was carr.Led out and large-
,scale maps of glaciers were compiled.to record the space position of the glaciers
.Geodetic control network for surveyinE, individual glaciers was developed In the
."Orm of free systems. Altitudes of photostations were determined from tho reaps
or with an aneroid. When continuous surveys were started,on t'ne Caucasus, the
geodetic network of the entire Ellbrus region wa.4 roduced Into a unified system.
Card,1/3

S/035/62/OCIO/007/062/(63
Works of the laboratory for... A001AI01
A 45 T H(FTN) phototheodolite was employed In surveys; the size of.photograpW1
was 13 x 18 am and the main distance was 193 M1. A TE-1 (TB~1) oVAcal theo'doUte
was added to the instrument set for accomplishing geodetic operations. A twin
stereophotogrammetric CKH-4 (SKI-4) camerit was used for studying salt flowage
processes, adjusted for surveying closely located objects. A conventional 35-1r,
wide film' was used for filming. To determine glacier positions, P~ototheodolite
survey was repeated annually during IGY. L, 1957 an aerophotosurvey in the reg-'on
of El'bma glaciation was performed. Aerial photographing was made froin a jet.
aircraft and an altitude of 9,000 m with an aerial Pamera with fk " 200 = ane,
photograph'size 30 x 30 am. -Two types.of aarial were used; panchromatto
and three-layer color, T~H -1 (TsN-1), which-maked it possible to obtain posit!.,ve
colored images of objects close to the natural color. In the procoss of glac:.O-
logical studies, contact imprints from both types of film were used, as well as
photodiagrams assembled from the photographs rectified by zones on~a q?TB (FrB)
rectifier. Rectification was*made by points taken from a topographic map.
Studies on deciphering phototheodolite photographs were accomplished, as applied
to compiling glacier maps. Deciphering properties of conventional black-and-white
and color aerial photographs were compared under office and field conditions. It
Card 2/3

-A VW,
___ - -_ .V , , "
S/035/62/00)/W7/()62/083
Works of the laboratory for... A001A101
has been established that application of color aerial photographs doos not improve
the'possibility of singling out ice,, firn and isnow on photographs. ".he compiled
maps of glaciers were compared with 1 : 20,000 maps for the Caucasus glacier region,
compilod on the basis*of data of the phototheodolite survey performed in 1911 by
the German explorer Burmistr, which permitted determination of changos In the po-
siti6n of ~he glacier during 50 years. As a rosult of the work, the legend of
large-scale glaoier map was compiled,-large-acale maps of glaciers of''the Middle-
Tian-Shan and El'brus were compiled, and the albuM of large-scale ma;s of Tian-Shan
glaciers.was prepared; the atlas of maps of Eltbrus glaciers is being'compiled.
I. Kityachkin
[Abstracter's note: Complete translation]
Card 3/3

ZAITOV I.R.
Work of the labIDIMUTI
---Ahe --N.-Partment- of -Geodesy-- and- CarUgraphy-o-f- the-- Goograpby_
Faculty of the Moscow State University during 'khe Internatidnal
Geophysical Y6ar, Informoebore o rob, Geoge fak,,Ho3k, goo,*
v
un, po kfozhdunar. goofis. odu noe7:5-13 161o (MIRA 15.11)
Maeisro)
(Aerial photogrametry)

MAKKAVEYEV, prof.; MIEUMP N.V.j MT(ff*-j~&;-LEMDEVAj 'N.Vo;
KWVMM,, V.S.; LUAREVAt L.V.,, tiCm-.. red.
[Exp~rfm&n-fal - Zkop6rimlat&llnaie---gamorfologiia.
Dy N.I.Flakkaveev i dr. Floskvat Izd-vc, Moak, univ.p 1961. 193 p.
(MM 3 5: 1)
(Geological reaearch)

AvrHo Lan~ --Nt-j..j Zzd r,
407
MG i NOW
- Ct o ms cone.-ernin~; rmnl and h-yg~trda evaCtuatian c-f' tfh;~ -.--a OT
-ta,- n quej tt~li '
poisonous chemdealaWin Uzbekdatan
SOMZ: KkatsURiy zhurml Uzbedstana, no, 4, 191' )5 # 3-7
.-TOPIC TA.GSt toxicology, oxi,--rLment animl, agricultire scionce
--Ans-,T~uACN 'Nm 6 thors - agsiffy th6 poisomus chavida-1.4 Used I acricultura. partl,.(.*u
,r Li an
inr~-v in. nntfnn, in 'ml-)nkintAn int) t~~-i four =ol-ms .30tablishad by the Yt, air
1!3 ~' f
n, nor kfr: a-r.
am i-15D rr,,P-,- mg, pe r K& a j U-,u i zi Uie r-C-QO rld~ Al
nnt 'Le &I' owe-dl
se(i in ro
7 "~r- -d n.
-.r, nc,
art n a 5 L Lau.Lu
m com . o6, oz SUBHDA6-,r,: 2511a~
th
AN iN U114.5

L OV31=6 F Vlr(I IJP(&) JGP
_7
FACC NRt AT6026453 SOURCE CODE: UR/0000/66/00/000/01461~,W
AUTHOR:
ORG: none 5.0
TITLE: -ActivtZies-of the-laboratory-of aerial-phototraphic-methodfl-cf the_Geogr~p hi
2 C_
Faculty, -Mosco., jjnjytj~, connected -1W:FtN-Eh_e__i_nterp7e_tation of aerial photogrs.phs
SOURCE; AN,SSSR.--Mezhduvedamstvennaya komissiya po-aeros"yemke. Teoriya i pra;.tika--
d'e8hifri-rovaniyaJftarosnimkov.(In-terpretation-of-aerI.&I photographs In theory and
practice). Moscow, Izd-vo Nauka, 1966, 146-149
ITOPIC TAGS: aerial photography, optic scanning, geophysic research facility,
geographic re8aarch facility, geographic survey, aerlal ourvey, photo interpretation
,,WTPW1: The basic task of the scientific research laboratory of'oerial phot hicl
4 , Cn-a-u-c!"
imethods of the Department of Geodesy and Cartography of Moscow UnO~i6l-ty ino
lissledovatel'skaya laboratoriyci acrofotometodof kafedry geodezii i kartografii
Noscovskogo universiteta) is the extension of the region of applicab,'Llity of ae;Jal
]photography methods in geological and geographic surveying of territories and the in-
crease in efficiency of such wethods. The operation of the laboratoi-y follows 1:wa
main directions: 30 the study of problems of immediate practical importance (e.11.
investigation of the Ryazan Oblast' in conjunctiou with the plans of the III lnl:er-
Card

Ila
L 072341-617
national Geophysical Year); and 2) activities more intimately connectitd with the lnter~
I
I retation problems (e.g., determination-of aerial photos most suitablit for large scale;
p t
#geological mappin and the search for useful minerals). The paper contains more de- i
,tailed information concerning the various aspects of the activities-discussed (regionsi
of operation~and equipment used).
SUB CODE: 14/ SUBM DATE: 2lJan66

11slM, N.M.; BRALIN, Zh.D.; ALOTIN, L.M.; ZAITCV, M.A.j GERT, A.P.
AnaV,sis of the degree of difficulty in undergroune haulW
operations in Karaganda Basin mines. Nauch. trudy KNIIII no.14:
480-490 164. (MIRA l8t4)

L n393-67 lip(CL
ACC RR,
AF?000391 scuRCE CODE: M~fO386/66/004/(*9/0338/0~~l-
AUVORL: Z~a~ittovls M. M She);unp L. Y6.
ORG.- Kazan' State Unive im Lenin -(Xhm-wkIy gosudaratyejurj7 uni-
n ralty V. -I Ullynnov-
5n CaW04
TITIZ: Effect of uniaxial compression on tbe.pa
_jamq~ ~ctiq~resona ce of 31
SOURCE: Zhurnal eksperimentallnoy i teoreticheskoy, fiziki. Pislma Y red&ktsiyu.
Prilozheniye, v. 4., no. 9,, 19661 338-~41
I
10PIC TAGS: electron paramagnetic resonance# neodymium, calcium compound,, tunastate"
pressure effect, line shift I
ABSTRACT: The authors analyze first the effect of uniaxial 'pressure on the ordin%r3*
spIn-11amiltanian with effective spin 1/2 and estimate the perturbation of' the Hamil-
tonian brought about by this preasure change. The results are compared with the\
shifts of :FP-R line of Nd*+ In CaWO4 under the Influence of uniaxial preaturo# mea-
sured relative to the line position at a certain initial pressure. The measurement
results yield three linear combinations of the components of the tenser representir4;
the compression effect, the estimated value of which is G - 10-;-'o erg/Gauss. Even
this preliminary estimate leads 'to a, few interesting conclusions, since the direct
coupling of the VP* ion to the CaW04 lattice turns out to be unexpect"i'v Oman aml
most curiously, smaller than that obtained for Co-* in Mgo (E. ~d. Tucker,, Phys. Rev.
v-.- 143.5-264.. 1966). -This, contradicts the current-opinion that rare-earth ions are
Cori 3/2

L 11393-67
AP7000391
more strongly coupled dynamically to the lattice-than the iroix-group ions, Orig. ari;.!!
has: 9 formulas.
SUB CODE: 20/ sum DATE: IS aaa/ ORiG REF: 004/ am REF 00,1
2/2 ark

UITOV$ M.M.
Volunteer design of;Tces -in teninogorzko -Akif tlaaik-7 w,.7 0-5 A 162.
p -16 --- -
1114M
1, Predsedatell Soveta ob3hchestvennykh bonolsoruktoraWk byuro
nertepronqslowgo ulwaylealvA Laniwvralatartl.
(~OgOrA -(Tatar A.D-,S.R.)-Oil flelds-Equipiat and SUPPIlea)

KABARDIN, Oonnadly Aleksandrovloh; ZAITQ.VO Marat Mansumvichl
LATUKHINA, Ye.I., ved.red.; FOLOMNA, A.S., tekhn. red.
[Using a single pipe for gathering oil and gas] Odno-
trubnyi obor produktaii skvazhin. Moskva, Goatoptekh-
izdat, 1963. 83 P. W FA 16: 10)
(Petroleum-Transportation)
(Gas, Natural-Transportation)

ADFVSON~ S.V.; ZAITOVA, A.Ya,
CalcuUting the oxidation of coke on a catalyst. Trudy
Bash.',,III NP no.6t49-63- 163.- (MM 17 t 5)

I Ew W.M IV-
L _UUZ-66 E'N'TW/EUP(j) RK
-APSOOOM
A CM K?-, W LM C F_ - 0 W X -V R02 8 6 /6 V 0 000
OW
-,INVENTOR: Volkova, Ir. I.;_,7aitova, A.*Ya.; loakimis. A. A.; Mochallnikova, T. P.,
Mazarova, L. Y-u.; flazarov, T. I-.-; Pryakh1na, H. S..., PeLrqv.. V. H.- Parhk-ovskiv. E.
~;avel yev~- P. i symva, A. A.
._Ti_~hanovskaya. 5 G
ORGZ none
-TITLE: A method fortproducing normal butano by syntl~esfs from ethyl alcohol.
7Class 12, No. 115929."~[announced by Ithe Bashkir _ScientLfic Researcli lActitute for
Petroleum F-e7i n En g7 Dashkirskiy naudhno-issledovatel'skiy institut pa pererabotke
rnefti)l
,SOURCE: Byulleten' izobreteniy i tovarnykh znakov, no. 21, 1965, 12
ITOPIC TAGS: catalysis, butanol, ethyl alcohol
;ABSTRACT: This Author's Cartif icate _introdAjces;:`j.._A met o&
h --for-produr-ing-normal
1butanot by synthesis. from ethyl alcohol on a catalyst6 The process it done in a
single stage by using a catalyst consisting of aluminum oxide, magneq1um oxide,
siliccfn oxi&- and a salt or oxide of a-a alkali metal, 2. A modification of this
Card
1/2 547.26tt. 07
FW
W

)WAGUTOV, R.M.; DANILOVA~ R.A.; ZAITOVA, A.Ya.- GILYAZFV, M.G.1
ZAGIffATSKAYA, L.M.; BUGAY, Ye.O.; .PRYAKHINA, X.F.
-High-tpmperature catalytic cracking of ';qeavy frac -tio" -,Cf
straight-run gasoline. Trudy BAshNII NP no.6:14-18 163
(MIPA 17:5)

ADELISON, S.V.; jTQU&-A--IYA-
Xinetic calculation of the regenerator of a catalytic mracking
,unit on a bead catalyst, Khim. i tekb.. topl, i masel 9 no,51
48-5Z 5 W64 (MIRA 170)
Moskovskiy-ordena-Trudovogo-Kraanollo Znameni-inatitiA nefte--,
khimicheakoy i gazovoy promphlennostl imeni akademika aubkina
i Bashkirskiy nauchno-inaledovateltakly inatitut po pw.-erabotke
nefti.

TOIIA,,,A v
, ASAGU'XV, R.M.; VOLIFSON, 1.S.; KTRIL,,OV, T.S.. DOBRff-.Kr4,,,
11. Y
units an 4ilw-irc- --
si2leate catalynt. Trudy Bash WIN!', no-50(,68 162.
(.M,IRA 3-7, 10,

OILISON, S.V.j..ZAITOVA, A.Yat,
Vfact of the speoific comaption of air an the kinotles of
the oxidative regeneration of a crILCkIng 04"8t, MIX, I
tekh. -topl. - i masel _ 8, no.4916-20 Lp 163. (MM 1696)
(Cracking process) (Oxidlation)
kAlminosilleates)

KASAGUT)V, R.N.; ZAITOVA, A.T&,
EMINSON, A.S.: ADILISON, S.V.
Admissible resiftal coke contont-during catalytic crarkin
Trudy BashNII NP no-1:145-155 159 (MIR& 12:65'
(Cracking process) (CataiYsts) (Coke)

MASAGUTOVt R.M.; SHESTAKOVA, N.mq m3:KHkjMVAr M.G.; GILYAZ3v;, N.G.;
-ure of a catalyst during prepUltion
Effect of the firing temperal.
on- its mechanical -strength. Trudy %ah HII RP no. 3 sl(6-170r 160.
(KIRA
(Catoly4s) (Cracking procead

ADELISONO S.V,l ZAITOVAv Mae
its regeneration rate. MlIft, i tOkh, tOPI, L M801 13 n0*91
20-23 Lao 163, (laRt 16oll)
1, Moskovskly- institut neftekhlzicheskoy I gazovory
pracquhlennoad'im. akad. Gubkina i-Bashkirskiy-neftyanoy
tauchno-issladovatellskiy institut,

KAWUTOW, R.M,-, SIMSTAXOTA, N.K.- 9119ATLOTA, N.G.; GILUM, N.G.;
.$ I
,Z& A, L.I.
ef,
Iffect of temperature duringcalcination-on the~wchaniaal
strength of catalysts. Ihim. I takh.topl,, i masel 4 no.14.
69-71 Ja '59- 12:1)
it Bashldrskiy nAuchno-I-soledowatellekly Institut no-fty0noy,
protVuhlennosti,
(Cattarste)

ZYGENSONO A.S.; KASAGUTOV, R.N.; ZAITOVA, la.1 VOLKOVAt L.I.1 BMG* G.A.;
YEPIMOVA, A.K.
Effect of- some physicochemical -properties -of-raw etack-("I__
catalytic cracking indices. Trudy. Bash HIT-F. no.3-.19..12
160. (Cratking process) (MIJUk 14W

AtELISON# S.V.j ZAITOVAA_,A-,.,,Ya-,_
Kivatice of the -regeneration of spherical aluminooMeatt
catalysts. Trudy Bash NII NP no.3.*171-180 160. (MM 14 :4)
(AluminoBilicates)

ZAITS, L.P.; SAPOZHNIKOVA, O.V.
-Tuberculoole as a cause of diasbility awng Sverdlovsk
workers-in 1956-1960,- - Probli tub-,-- no -07t7_11 -162.- - (MMi-15C12)
1. -Iz Sverdlovskogo nauehno-looledovatellskw-ln-atltut4l----
tuberkuleza (dir. -_prof. I.A.Shakleft) I Goibdskoy vrai.-hebcw-
trudovoy ekspertnoy kemiseii po tuberktdezu Sverdlovalm
(predsedatell O.V.Sapozhnikova).
(TUIJE CUMM) -(SVERDWVSK-DISABILITY ETUZATION)

ZAITS, L.P. (Svekdlovsk)
- Iqmg cancer and other cauBes of death connected with amoking.
Ifolld. i abish. 24 no.500 My '59. (KM 12:8)
(LUUGS--CANCER) (TWIACCO--PMIOU)GICAL EFMT)

ZAITS. L.1P. (9v~rdlovsk)
Alcoholism and Its cousequnces. Feled, I Oub. 25 no.2:46-52
Ja 0600 (MMA 1314)
(ALCONDLISM)

Hill
MWAN9 TeX&,&, WTS# LeP*; SAPOZHNIKOVA* OIL
De ",ased--tuberculoais: disability amcc ithe. inbabitant4i Of
Sverdlovsk, Ptobl,tub. 38 noe4119-25 160* (WA 105)
(STMMVSK-TUMCUU)SIS)

GOLYANSKIY,, SH.Ts., inzh.; .KRIVUSHA.,-V.P., insh.; ZAITSP 0-.-Fj :bizh.
Daprwement of the KGD-2 magnetic fault detecting scope*
Faergetik 9 no*4 -z19-20 A-- 161~ (MM 24.- S)
(Pipe-TestiZ (M.Wetic instrumisuts)

ZTLE!t--P--T-G-; SHEYNM,, YU-N.) KORESHKOVp TU.D.
DOkl#AN SSSR 136 ua*5tlO9O-lO92 -F 161.
akade-H.H.ShemyWzym
(Aromatic a(zza"-spectra) (Carbo4A group)

ul. Chaykovskogo, d.7/1, kv.4); Yukhtin, V.I.
(Moskva,, G-48, Komugomollskly prospekto 36,, kv.35)
Problems in the surgical treatment of cancer of the large
intestine. Vop. onk. 10 no.2:61-6? f64. (1-111RA 17.7)
1. Iz kliniki obshchey khirur.ait pediatrichpskogo fakullteta
(zav. - zajjuzbonnyy deyatell nauki prof. G.P. Zay-Lsev) 2-go
Moskovskogo meditsInpkogo inst.1tuta Imeni N.I. Pirogova.

--ZATTWO G"p,
--Ninatieth amiversary of -the-birth of- Aaadauiaisn 6.1 _8pmt*k**tskil,
Ehirurglia 36 no*219147-3AS N l6o. NnA 23:12)
(SPASMKMMrg SWISI IVAROVIGHt 1670-1943)

ZAMEV,V., kand.med.nauk (Saransk),
Probleme of r6nal pathology at the Twelfth All-Chlon Thirrapeu-
tic Conference held at Eriven on October 5-7j 1960 V.4,kltsev.
Kz* mede zhur. noolt9g-J99 Ta-F6:L 16:11)
K-

cri Ilemel
30 t,,0,70'75 J-1

ZAITSV; V.P.1 MYASNIKOVj L.A.
A study of expeomental atherosclerosis with the aid of Labelled
cholesterol - "G.. Cor vaAa 5 no.2sll4-119 163.
1. institute of Internal Medicine# Aaademy of Medical S3iencem,
Moscow.
(ARTERIOSCLEROSIS) (CHOLESTEROL) (CARBON ISUOPES)
(LIVEER) (ADRENAL GLAJ1DS)* (BRUN) (BIOCHEMISTRY)

Zaitiavat A.
-PractIcal -utilization -of - tho gum-and extractive Daurian-larch c1lips.
p# 2234
Akademija ---- - ------
Biologdjas Zinatnu nodala) Up., Latvia, No. 16, 1958. In Nsiaian*
1.1ontilly list of Fa!A Europoan Accessions (EUT) Wp Vol. Op Mae ,30
Allf"witt
Unals

S/220/62/031P)M/002/004
1018/1218
AurifOR: _Ultuvac Gi- N, andjklorerskii, A. N.
TITLE: The cffect of X-radiation on the metabolitnt orfr~o_(Wttdotldes- and- on
nueltic acid metabolism of Azotobacter agifts
PERIODICAL,-.--- Mikrobiologiya, v.31,-Aq. 7
1962,209-215
TEXT: X-radiation caused an accumulation of free monortucleotides (ia A.-agilis 22,R (22131) mainly_oj~nu-
cleoside-monophospliates. The content of nucleosid"i, and particularly triphosphatcs greati) diminished. X-
radiation inWbited oxidative phosphorylation and greatly supressed the activity of nucteosi&3 phosphokinast:
which catalyzes transphosphoqlation of mononucteotides. X-radiation reduced the activity of polynuclootidt.
phosphorytase, and activated ribonuclease and an appreciable drop in RNA content of imbliated A. agilir
cells was noted. X-radiation also stimulated the activity of Mase which brought abo4t a decrease H
DNA content in the irradiated cells, Since X-radiation brought about an inhibition of nucleoside phosphokinaic
and other enzymes involved in nucleic acid synthesis and stimulates the activity of hydrolyi;ing enzymes, tle
nucleases, the do novo synthesis of nucleic acidgwas retarded or altogether arrested. Nucleic acids present ;,n
the cells prior to irradiation undergo- decomposition. It has also been shown that X-radiati3a directly affects
high-molecular polynuclootides.
Card 1/2
Phm

ZAITSEVA, GA: BELVOMM, A.N.1 NOVOZHILCVAt L.P.
Studying phosphorus compounds in developing Azotobacter vinalandil
by the use of D32. _oUlli~ii-a---25--rib..21i.198--210 Mr-Ap -160. --
001A 14:5)
It Biologo-poctivonnyy fakul.1tat GoaudaratvannoEm univormitatA im.
M.V.Lomonosova, tbskva.
-(AZOTOBACTER) (PHOSPHORUS MMABOLISM)

USSR/Plant PhysioloGy - Mineral Nutrition. 1-3
Abe Jour Ref Zhur - Biolo) No 5, 1958, 19957
Author Zaitseva M G
Inet Botanical Institute of the Academy of Sciences of the
Tad;tLSSR.
Title StuOy of the Processes of Nitrogen and Phosphorms Aboarp-
tion by the Hoot-Syatems of Famir Plants In Coruiection
with Temperature and Light Conditions of Ifidi Altituiles.
Oria Pub Tr. In-ta. botano AN Tadzhsm, 1956) 47.- 3-63-
Abstract The absorption of N and P by barley, which was broujit
in fron hot low- altitucle regions of Central Asia
studied in the P=ir bioloGical station jji the yearij of
1951-1953. The experiments were carried out in a wat.er
culture on a HelriLtol mixture under fulL i1brainatlon)
under glass and under white cloth, also on plants Viich
Card 1/3

UM/P1a4t PhYatoloey - Mineral Nutrition. 1-3
Abs Jour Ref Zhur - Biole, No 5., 1958,, 19957
in both protected and unprotected plants Iras within tiio
limits of experimental errors* The absorption of 11 and
P by wildly Growing plant$ (clinelimus, w).-mocd, a31;ra-
(plp red Grass and others) from a phosphtvto buffer 3olu-
tion (PI1 7) with KNO ims studied on rootis cleared of
the soil but attach;4 to the plants# The zLbsorbtn(; me-
chanism of these plants was resistant to Low temper3tures:
a -4 to -6 degree niGtt terTerature did nA damage the
livina root endings of the clinelimus, astra(pl and reed
grasg, and nor mal absorption was restored in the mraing
hours. An assumption was made that the basis of perJodi-
city of element absorption of minuml nutrition was eua
to the disparity in the rates of absorptlan of substances
and their utilization in metabolism.
Card 3/3

ZU"VA,, T.I*
"~~t 110, by -gastrja gl=4 lnwrious- ristoo
qf o"matory prooasi-* -Topro-flalolt ~-na 9f .1 6-05C,
lo Lsvovokiy modltsitskiy iwtitutp,,kafo&a normal2tioy f Islologit,
(GASTHIG nICEp
saarstions, doter-m. of secraticm rate wift
mutral dim)
doter*6 6f gaotrio aso"tion rats)

W- ATKINA,.L.V
The effect of asc orbic acid on 61~*rlmentsl
Gor Wga 6 no*ltlg-25 164,
cademy of Medical se Lances,
Institute of Internal Kedicinev A
Moscow.