SCIENTIFIC ABSTRACT AGAROV, V.A. - AGASYAN, A.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100510011-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

S/021/60/000/011/004/009
Applying the method of initial ... D204/D302
Dimensionless coordinates '!~ = X/a, y/a are taken from the ini-
tial line x 0 and the equations are put in canonical form
w(*', YI) a(L,..Wo + Lj -0 + L,.mMo j- LvVj,
0.(*.. T~ LO, JVI. + Lo~Oljj + LOhfAl. + LOv VO),
OX, T~ I.O.Wo + LOOOO + LOMMO + LOVVO.
D
MA. 71) -, (LAf~.Wo' + LifA+ Lm.mhf, -~ Lm,t,V,.).
a
--,2(L.%,.Wo +L~qo% + LAfmMo +LAivV,),
a
V,(E. (Lv ~Wo + Lv900 + Lvm,lfo + LvvV.)'
a2
D
~j (L,,V,IVO + Lv,,oB.o + Lv,,mMo + LvYvVO),
Card 3/5

S/021/60/000/011/004/009
Applying the method of initial D204/D302
2(1 D(LR.Wq + LROeO + L,?mMO+ L,,t Vj. (3)
a
where Fr. WO.(,)- I W(O. I). Do 8OW 810. 1), (4)
a
M6 (n) M"(0. Ti I VO YO(IJ, D VAO,
D
Substitution in (1) gives a system of general differential equa-
tions for functional operators. Integration and the initial condi-
tions
(19 if a j
Lej t= = of j = wt Ot Mt V
1 9 lot if 8 1
and substitution gives a series of equations whichp together with
Card 4/5

26756
8/021/60/000/011/004/009
Applying the method of initial ... D204/D302
(3) give the general solution of (1) with arbitrary conditions on
the edge of the rectangular plate. The boundary conditions on the
initial line give two relationships between Wov tot Mo and Vot so
that (3) are now dependent on two unknown initial functions. The
boundary conditions on the edge of the plate parallel to the ini-
tial line gives a system of two homogeneous equations in these
functions which give rise to one transcendental solvable equation#
in terms of a function ?(,q), The method gives a sufficient number
of arbitrary parameters for the exact or approximate satisfaction
of the boundary conditions. The cases of symmetriep quasisymmetric
and non-symmetr-ic oscillations are worked out in detail. There are
6 figures and 4 Soviet-bloc references.
ASSOCIATION: Kyyivslkyy politekhnichnyy instytut (Xiyev Polytech-
nic Institute)
PRESENTEDt by H.M. Savint Academician of the AS UkrSSR
SUBMITTEDt April 18, 1960
Card 5/5

L
B/!98/61/007/005/008/01.5
211, 4 D274/D303
A#THORS: V) V-A-- Ventsell, N.O., and Chornyy, M.M.
#ar I uj
Xyyjv)
Kyyi
TITLEt On the general solution, In polar coordinates, of
the problem of plate bending
PERIODICAL: Prykladnaya mekhanikap v. 7, no. 5, 19619 521 - 529
TEXT: In solvingp by the method of initial functionev concrete
problems of bending of sectorial circular plates, the calculations
can be considerably simplified by taking as the init 'ial linep one
of the radial boundaries of the plate. The general solution of
this problem is considered. The dimensionless radial coordinate
1n ln r,
r1 r 1
is introduced; the bending is denoted by w, the angle of rotation
of the normal _ by,#,the bending moments - by M, the torsion mo-

S/198/61/007/005/008/015
On the general solutionj in ... D274/D303
ments - by Mre9 the reduced transverse stresses - by V, and the
reaction - by R. The radial boundary 0 = 0 is taken as the initial
line. The complete system of equations which describe the bending,
is written in polar coordinates. Further, the canonical equations
of the method of initial functions are set up. In this system,
Lej ;= L,J(ap 6) 8 = WP ert'&P Mry M9 Vr p Vp R; (11)
(i = W9 ep M9 V
are operatorf which have to be determined. For that purpose, three
groups of equations are set up. It is found that these operators
ought to satisfy conditions:
LSj(aq 0) P if j (17)
~ov if j s
(139 j = w,,9', M, V). The expressions for the operators are found
in the form ofj&ht formtlas
Card-2/14-

S/1.98/61/007/005/008/015
On the general solution, in ... D2714/D303
[u (a - A) - M cos 21joX - (a' - 24a - X2) cos 21jo (u - X)j I T(V (29)
a(a - 2k)
80, F A, (0, a) Eel (t, 00) - 01 Gl 00) (30)
T. _1K -,a j P b b
A particular solution for w P is found
t+1 "
ox T (38)
M11) G, 0) '4 dT e2-%Cd; dr' e2?-;'p
Furtl;(.~.e, several questions related to the use of the method of ini-
tial functions, are considered. It is noted that the transceriden-
taloperutor3 (18) - (25) are interpreted as a shortened form of
differential operators of infinite order. Such an interpretation
Card_.-91_f~

On the general solution, in
.S/198/61/007/005/008/015
D274/D303
imposes considerable restrictions on the initial functions: their
unlimited differentiability is required. In certain cases it Is
possible to use the apparatus of generalized functions or to ex-
press the operators L in the form of integral- or functional ope-
rators. There are 3 figures and 7 Soviet-bloc references.
ASSOCIATION: KyyivOlkyy politekhn,,-.-nnyy instytut (Kyyiv Polytechni-
cal Institute)
SUBMITTED: December 2, 1960
Card-10/10

GADZHIYEV) S.N.1 AGARUNOV, M.Ya.; SHARIFOV, K.A. (Baku)
Measurement of small temperature differences by means of a
thermistor. Zhur. fiz. khim. 36 no.4:897-899 Ap 162.
(MIRA 1.5t6)
1. Institut fiziki AN Aterbaydzhanskoy SSR.
(Themiators) (Temperature--t4easurement)

SHARIFOV, K.A.; GADZHIYEV, S.N.; AGARUNOV, H.Ya.
Use of thermistors in calorimetry. Zhur.fiz.khim. 37 no.lOt2368-2370
0 163. (MIRA 17:2)
1. Institut fiziki AN Azarbaydzhanskoy SSR.

L ZI-1, -318 - 6 Lvp-i
q)/W.(b) XJP(c)/BSD/ASD(P)-3/AMR/ASH(P)4/A=(a)/
_S
AF1?jr t
ES& ;M ~11
SSD /jOW44628 S/0233A4/000/002/00~5/0~8
IX
ACCESSI N NRt AP4
AUTHORSs S,4arifov, K. A.; GadzhiyeV, S. N.; Agirunov, 14. Ya.
TITLEt Enthalpy of formation of 2~lli antimonide
SOURCEs AN AzerbSSR. Uvestiya. Seriyaiiziko-tekhnidheskikh i
mateniaticheskikh nauk,,no. 2, 1964, 85-87
TOPIC TAGS-. gallium antimonide, enthalpx thermodynamic calculation,~t
calorimeter
ABSTRACT: The enthalpy was measured with a calorimetric setup using,'
an isothermal s'hell'described by the authors elsewhere (Izv. AN
Azerb. SSR, seriya fiz.-matem. i tekho. nauk- 1962, no. 7, 47), with
the calorimeter temperature measurecMith a thermistor using a pro--
cedure developed by the authors (Zh- fizich,-khimii v. 35, no. 5,
1147,1961; v. 36, 'no. 4, 887, 1962; v. 37, no. 10, 2368, 1963). The 1
enthalpy of-formation of gallium aritimonide was measured by a method I
C
JV~

GADZH17V, 3.N',, I AGARVNOV M.7~. (Biku)
C&Iorixatria oombntim of organosilicon empounds. Zhurs fiu
khim. 39 no. U239-241 :a 165 (HIU 19 ti)
1. Fiziehaskiy institut AN fterba7dzhanskoy SSR. Submitted
Januw7 6., 1964.

AUTHORS: Caazhiyov,S.N.;Chabotarev,V.N.;Namzov,P.A.lNagdaliyovaty~0--its-i--
Az~ j
_T..,Y4.; Agarunov, M. Y~!.
ORGs none
TITLE: Phyoicochomical investigation of organocilicon oompounds. 1. Enthalpy of
formation of Dome mothylchlorooilanoo
SOURCE: All AzarbSSR. Seriya fiziko-tekhnicheakikh i matematichookikh nauk, no. 3,
1966, 57-61
TOPIC TAGSt atandard enthalpy, calorimeter, calorimatry, chlorinated aliphatio
compound, oilane, organooilicon compound
ABSTRACTt The standard enthalpies of formation (at 250 of trimethylchlorosilane,
dimethyldichloroailane, and mothyltrichlorosilano were determined. The invboatigation
in an extension of earlier published work by S. H. Gadzhiyev and M. Ya. Aearunov (Zh.
fiz. khimii, 39, 239, 1965). The exporimental procedure followed ia described by S.
N. Gadzhiyov and X, A. Sharifoy (Izv. AN Azerb. SSR, seriya. fi.2-tokh i matom. nauk,
1962, No. 1). The calorimeter used is described by M. P. Xozina (Diso. IMU, 1955)-
schematic of the calorimeter in presented. The phyaical properties of the materials
investigated a.,~a the experimentally measured enthalpies of formation axe tabulated..
It was found that the standard enthalpy of formation at.25G for trimethylehlorosilane

ACC -Nit, --- --- -
was -80-Cl t 4.5 koal/mole, for dimethyldi chlorooi lane -104.8 t 5.0 koal/mole, and for
methyltrichlorosilans -150-5 t 10.0 k6al/mole. Orig. art. hasi, 2 tables and 2 graPhs
SUB CODE"i 07/ SnIi DAM none/ ORIG REF3 007/ OM RM 008

AGARUNOVA, I*u.S,, MINSKER, 0,B.., BUTEYEVA, TX.
Etlicaliogy 0,17' a!--- of llTeratUM, V6st, dem.
i ven. 38 L4. (MIRA 17-,8)
-r - ' I IuTa medit-sinskoy para-
Otdel bcr~ij s sl!ln3miRozc.,r. Ins'l,
med'.'s -, n Y -4
-'ru me e 1. Mar.!S~navskogc
(dir. - deyst-,,ite';_tnyy AMN SSSSR prc.)f, Sergiyev)
Ministerstva zdravc)o-KhranEin:,.Ya EMP.

S/035/61/000/009/019/0,36
A001/A101
AUTHORS: Pomerants, M.A., Agarval', S.P., Potnis, V.R.
TITLE: Investigation by means of balloons of primary cosmic rays during
solar disturbances
PERIODICALt Referativnyy zhurnal. Astronomiya i Geodeziya, no. 9, 1961, 38, ab-
stract 9A298 ("Tr. Mezhdunar. konferentsii po kosmich, lucham.,
1959, v. 4", Moscow, AN SSSR, 196o, 61 - 70)
TEXT: The authors discuss the data of measuring cosmic ray intensity in
the stratosphere at a latitude of 510N during 1957-1958. The general intensity
level in the stratosphere during IGY was considerably lower than the level mea-
sured during the preceding solar activity maximum (1947-1952). It is noted that
no marked inten&ity changes were detected during chromospheric flares. A compa-
rison of stratospheric measurement data with measurements of the neutron compo-
nent at Ottawa shows that the amplitude of variations in the stratosphere is
greater by 1.6+ 0.) times than on the Earth's surface, There are 9 references,
[Abstracter's note: Complete translation] L, Dorman
Card 1/1

28826 S/169/611/000/004/001/026
3,WJ0 (Iygkl IY5~) A005/A130
AUTHORS: Pomerants, M.A.; ..Agarvall, S.P.; Potnis, V.R.
TITLE: Balloon investigation of primary cosmic rays during solar disturb-
ances
PERIODICAL: Referativnyy zhurmal. Geofizika, no. 4, 1961, 15, abstract 4 G 86.
(Tr. Mezhdunar. konferentsii po kosmich. lucham, 1959, v. 4, Moscow
AN sssR, 196o, 61 - 70)
T W i Data are given on measurements of cosmic ray intensity in the stra-
tosphere at 51ON latitude during 1957 - 1958. The authors point out that no
marked variation of intensity was detected during chromospheric flares. The gen-
eral intensity level in the stratosphere during the IGY turned out to be (Dnsid-
erably lower than the level determined during the previous maximum of solar ac-
tivity (1947 - 1952). Comparison of stratospheric measurements with neutron com-
ponent measurements at Ottawa shows that the amplitude of variations in the stra-
tosphere is 1.6 +_ 0.3 times greater that the the earth's surface.
[Abstracter's note: Complete translation]
Card 1/1
to

49A~P~ ~, inzh.; ZADOROZHNAYA, D.I., inzh.
~bdernization of the ND-1250 extractor. Yasl.-zh#sprom. 28 no.3-1:
33-34 N 162, (NIRA 15:12)
1. Zapurozhokiy mas~ozhirovoy kombinat.
(Zaporozhtye--Oil industrieo--Equipment and supplies)

MLIK~ V.A., kand.tekhmnank; LEBEDL7, V.A.; ARUTYUNW, N.S., inzb,;
;GAMHEVP D.F.J. inzh,
Experience in the use of hydrocyclones for the pMification of sun-
flowerseed micelle. Yaol.-zhir.prom. 29 no.1:2~230 Ja 163.
(MIRA 16;2)
1. Kraanodarskiy institut pi3hchevoy promysblennosti (for Maslikov.0
Lebedev). 2. Zaporozhskiy waslozhirovoy kombinat (for Arutywan,
Agaryshev).
(Oil iDduptries-Equipment and supplies)

AGARISHEV, D.F., in2b.; MAYMALKIN, IJ.
Use of capron in oil industries. Masl.-zhir.prom. 29 no.2:41-43 F 163,
- (MIRA. 16:4)
1, Zaporozhakiy maslozhirovoy kombinat.
(Oil industries-Equipment and supplies)

BDGDkNOV, K.A.; YAKUSSHIVA, Ye.7,; AGARTSHEV, Y.F.: GOL'DHNSHTEYN, L.M.
Production of benxyl acetate by esterification and re-
moval of water by toluene. Madl.-zhir.prom. 25 no.11:
38-39 '59. (MM 13:3)
1. Kalushakiy kombinat sintstichaskikh dushistvkh
veshchestv.
(Acetic acid) (Tolune)

-N- --
BYCHNOVA, Z.N., inzh.;, AGARYSHEVA_,__~.k,,, inzh.; SHTAREVT M., nz ,
SEMENOV, V.P., inzh.
Vacuum rectification of lactones. Masl.-zhir. prom. 27 no.9:27-
zg s 61. (MIRA 14:11)
1. Kaluzhskiy kombinat sinteticheskikb dushistykh veshchestv.
(Lactones)

AGAMATEV,.Pt~t ..
,
Our poul,trjr farm. Ptitsevodetvo 8 no.12:15 D 158. ()URA 11:12)
f
1. Prodesdatell revisionnoy komisaii kolkhoza imeni Karla Marksa
Khasavyurtovllkogo rayona Dagostanqko7 ASSR.
(%%,ssav7urt District--P;ultry)

AGASANDYANO G.A.
Problem concerning the synthesis of a class of automatic
control systems influenced by random factors. Dokl. AN SSSR
153 no.4t768-771 D 163. (MIRA 17:1)
.1. VychislitelInyy tsentr AN SSSR. Predstavleno akademikom
A. A. Wrodnitsynym.

ACCESSION NR: A?4015304 S/0280/641000/001/0165/0174
AUTHOR: ~gasanc an, G. A. (Moscow) f
TITLE; Synthesizing one clans of automatic -control random-excited systems
SOURCE: AN SSSR. izve~tiya. Tekhniche'skaya kibernetika, no, 1, 1964, 165-174
TOPIC TAGS; automatic control, Laplace equation automatic control, automatic
control synthesis, automatic control theory, minimizing mean square error
ABSTIULCT: As the general analytical soluticn of a system describable by
variable -coefficient differential equations is practically impossible, a narrow
class of suchsysteMSt ViZ9 # a system described by Laplace-type equations, if;
investigated in this -article. The problem of minimizing (meart-squar e -error -wise)
D (T) = E ly (T) - w (T)]', is solved; here, E is the mathematical expectation. and
TE(O, 1,,), The approach indicated by H. M, James, et al. (Theory of Servo-
mecharkiorns, McGraw, N.Y., 1947) for constant -coefficient differential equationa
Card 1/2

ACCESSION NR: AP4015304
is applied here to the variable -coefficient equation case. "The author is using
this opportunity to deeply thank Y. G. Sragovich for his constant attention to the
work. 11 Orig. art. h4s; I Agure and 55 formulas.
ASSOCIATION: none
SUBMITTED: 04may63 DATE ACQ: lZMar64 ENCL:' 00
SUB CODE: CGO 1E NO REF SOY: 005 OTHER: 002
Cqrd 2/2

TITLE - i~t i u -Aesi gn .1. a.f a reg u1 nt-w~ fbi~ st4bil-Iting a
randcm delay
SOURCE: AN SSSR. Izvectiya. TekhnicheSk_.~,,a 1, 19 5, 118-12~1
6,
TOPIC TAGS: attomatic control, 2kLiMLS~:c~ regulator analytic design, 1'Ln,?ar.
icontrol system, delayed control system, Markov proces'~;
ABSTIRA:7, A study is Taide of the problem of c-,nstrurfing a controller a control
functi.Dn) whi0i stabil'Neq t;e linear contr,-~i systev, jesCriLed by the system of
clifferential. equations with a delayed argument
(1) + ;10 21
j bijxj Q. + bju.
di
w h e r e E t is not the c on s t an te 1 -Ay P~n y-, ~t ~1-r art i c les but a Mafto-V
IT, 4~)n 1formed on t 1, e
st is,- re)res s, u(X. S q
Card l,2

f
basit of previous valr-,es of xi and a, i b and b~ ar- constant numbers. 7b e
i s olkFh a- 'which ~he Solution x = 0 of W, is
optimal control f=ction ufj(x, t I
exponentially stable in the PRan and minimizes the averaged integral squared --rror.
Under the ass-zTti-Dn that a specia-I ftmetional v f which satisfies, C-py-tain
candkitions -I, f an I,e
ditLons for t,ie furictional v(x, are consder-I as s--Ifficlen"
t conditions fnT the
eX13tence of -~hp ~-ntlrnsl-
and i --s st ruc- -,ire wnall)- ze,'r a i- --r. .-%-Z
ASSOC.~ATION: none
SuBml-m: C)-Mar64
NO I-EF SOV!
co6 F, ATD PF'F";c- 3206

KANABYAN4 S.M.; HAIRTIKYAN, H.K.; AGASARTAH, G.Pu_red,; BALASANM,
G.G., red.; CHKRTOVA, Zh., tekhn.red.
LForty years of Soviet Armenial 40 let Sovetskoi Armonii.
Brevan, 1960. 1 v. (MIRA 14:2)
(Arm3nia-Views) (Armenia--Economic conditions)

AGASARW_,R.~.-, dotsent
Salvarsan dermatitesj according to materials from the infirmary of
Erivan City Skin and Venereal Disease Dispensary from 194* to 1955.
Trudy Erev.med.inst. no.11:431-434 160. (MM 15:11)
1. Iz ketedry kozhno-venericheskikh zabolevaniy (zav. kafedroy -
prof. D.S Khudadov) Yerevanskogo meditsinskogo instituta.
iSKIN-DISEASES) (SALVARSAN-TOXICOLOGY)

IA _Fv-
Phenol-li, nige.Cormaldehyde resins. I. I. I-L-tv-v
0. B. Iv, andK. R, A.-~xishenjko, U.S.S.?. jml.
31, 19,',.5. Llydtolynoi jji;ain i.-, condolas;~a ,ath nhonol In
the nres~mce of an acid ca~_aiyst; tho., is n-utrallizedY
'th CH m ez , ~
and th..~ -voduct i~; condense ~ w: -0 in fto -,ic
of .3.2-2.0~:) of an or-. bac,-,. Ho3ch

ROMDDANOV, A.P.# oti. red.; ZOZULYA, Yu.A., zam, otv. red.;
AGASHEV-011STANTINOVSKIY, A.L., red.; KHMINSMY, B.S.,
I I A. L. , red.
[Problems of neurosurgery; clinical) pathophysiological
and morphological principles in neurosurgical pathology)
Problemy neirokhirurgii; klinicheskie, patofiziologicheskie
i morfologicheskie zakonomernosti v neirokhirurgicheskoi
patologii. Kiev, Zdorovlia, 1964. 332 p. (MIRA 18:9)
1. Ukrainskiy nauchno-issledovatellskiy institut neyrtkhirurgii.

AUTHORS: Babarykin, 14.N., -.1,Agashini A.A.)and Yushin, F.A
Engineers
TITLE: Determination of the tkctive Weight of Burden in an
Operatin6 Blast Furnace (Opredeleniye PLktivno o
vesa shikhty v deyst-,ruyushchey domenno7 pechi~
P.6.RIODICAL: Stall, 1959, Nr 4, pp 289-291 (USSR)
Ai3812AAOT; It is understood that the active weight of burden
(kg/cm2) means the difference between the vertical
pressure of the burden and the Gas pressure supporting
the burden: QA = ~r - Pg. An analytical method of
determining vertical pressure of the blast furnace
burden based on Jansen's formula is proposed.
-Vixperimental determinations of the active weight of
the burden at various furnace levels (down to 14.5m
from the stock level) in an operating furnace were
carried out. The raeasurinr, method was based on
introducinG a probe tube into the burden to a required
level and weasuring with a dynamometer (fig 1) the
force required to retain the tube in the stationary
state. The experimental set up is shown in Fig 2. The
Card 113 results of the determinations of static pressure of gas

SOV/133-59-4-1/32
Determination of the Active WeiSht of Burden in an Operating
Blast 1"urnace
and active weight of the burden as well as calculated
values for vertical pisessure, of the layer of burder.
material at various furnace levels are assembled in
the table. The erzperiiLertal and calculated values for
tiae vortical pressure of the burden within the limits
of,the I'dry" zone agreed well (fig 3). The exTerimental
data on changes in the degree of participation of the
active weight in the vertical pressure of burden
characterioing the degree of driving of the blast fu-Mace
(the amount of passinG gases) indicate that -under
conditions of a high top pressure operation the upper
half of the fainace could be driven harder. This
reserve of driv:WG capacity of the upper part of the
Card 2/3 furnace can te util-ised by blowing into the furnace

SOV/133-59-4-1/7-2
I It
Determination of the Active Ileight of Burden in an Operating
Blast ~Urnace
stack. some reducing gases. There are 3 figures,
1 table and 1 Soviet ref"arence.
ASSOCIATION:Magnitogorskiy Metallurgicheskiy Kombinat
(Magnitogorsk Metallurgical Combine)
Card 3/3

AGASHIN, A.A.; BABARYKIN, N.N.; VOLKOV, Yu.P.,- GALAIONO'Vj AeLso KRYTJKOV., N.M.*,
--- ---- -1461MV, K.V.; OSTROUKHOV, M.Ya.; PISHVANOV., V.L.; CHERNYATIN, A.N.;
YUSHIN, F.A.
Mcperimental oppration of blest furnacps on mazut and natural
gas. Stalf 25,no.5:393-400 my 65. (MIRA 18:6)
1. 14agnitogorskiy metallurgicheskiy kombinat; Vsemyuznyy naucbno-
issledovatellskiy institut metallurgicheskoy teplotekhniki i
Chelyabinskiy nauchno-issledovatellskiy institut metallurgii.

AGASHIN, N., inzhener.
-
Depth sounding by high efficiency cable. Mor.flot 7 no-8:38-4.3
Ag 147. (Sounding and soundings) OWA 9z6)

IGASHIN, .N.
Sea routes Wthe sixth five-yenr plan. Mor.flot 16 no,11120-21 N'56,,
(Waterways) (MLEA 1011)

AGASHI N, N.
.1---l. -, Tvrlf~iabla use of the dredging macbiner7 in the river fleet.
Mor.flot 19 no-10:10-12 0 159, Ma 13:2)
1. Zamestitall mcballnika Glavnogo upravleniya portovc-go
khozyaystva i'morskikb putay Ministeretva morakogo flota.
(Dredging machinery)

CMURMIN, AleksandrTerseyevich; AGAOIN, N. I. red.; ZINOTrSu', A.A.,
red. Idz-va; LIVRZNOTA. N.B., tekhn~ red.
[Pmtices of mintenance men in the navigational aid serrice in
the Sea of Azov] Opyt raboty puteitsev AzovIia. Moskma, lad-vo
nMorskoi transport," 1957. 44 P. (MIRA 11:7)
(Azov, Sea of-Aide to navigation)

.AGASHIN, N.I.
Efficient methods of using drpdfinf, equipment Biul.tekh.-ekon,
inform.Tekh.upr.Min,morlfYota 5 -io,4:68-78 160. (MIRA 1.51:1',
1. Zamestitel' nachal'nika Glavporta.
(DredpinE machinery)

SELIVANOVAl VIM.; AGASHIN) V.K.; POLYAKOVA, I.N.
Effect of ascorbic acid on the urinary excretion of 4-pyri-
doxine acid in healtby persons. Vop. pit. 22 no-505-57
S-0 163, (MIRA .17:1)
1. Iz otdela vitaminov C i P (zav. - prof. N.S. Yarusova)
Gosudarstvannogo nauchno-issledovatellskogo instituta
vitaminologii Ministerstva zdravookhrananiya SSM, Moskva.

kASHIN,'Yu.A.
rw~
Mensuring vibration with the VR-l gauge. Yrach.delo supplement
157:104-105 (HIRA 11:3)
1. Vibrateionnayn lnboratoriya Leningradekogo nnuchno-iseledovateliskogo
inatituta gigiyeny truda i professionallkvkh zabolevFjniy.
(VIBRATION-MEASURMNT)

BUTKOVSKAYA, Z.H., kand.med.nauk,-,,AGASHIN, Yu.A., nauchnyy sotrudnik
Physiological and hygienic aspects of vibration during vibrocompres-
sion of concrete [with sil ary in -NngliBhl. Gig. J san. 22 no.9:
21-26 S 157. (MIRA-10:12)
1. Iz LeningradBkogo asuchno-isaledovatellskogo institute gigiyeiny
truda i profeBeionalinykh zabolevaniy.
(IIMUSTRIAL HYGINNS
injo eff. of vibrations of machines used for vibro-
compression of concrete on neuromusc. & vasc. systems)
(VIBRATIONS, inj. eff.
on neuromuse. & vase. systems of workers handling machines
for vibrocompresaion of concrete)
(MUSCLES, innerv.
inj. eff. of vibration of machines used for vibro-
compresaion of concrete)
(BIDOD VESSELS
same)

AGASHIN, Yu.A., C,-ind L'od Sci-(di~;s) ".iypenic ch-racteristic 9f the vib-
ration of certaij-, instruments -iid its effect .4f' the cardio-v.,,-cul.%r sys-
toin Iliumnns." len, 1095"'. L'i 7-p (!.-.in cf licalth Len Salli~tPl-e
j..ed Inst), 200 copieL (I-L,3D-"8,13)l)

AGASHIN, Yu.A.; BUTKOVSMYA, Z.M. (Leningrad)
)c,'
Change in Venous presBure under the influence of vibration.
Gig.truda i prof.ziLb- 3 no.2:52 Mr-Ap '59. (MIRL 12:6)
1. Institut, gigiyenv truda i profzabolovaniy.
(VIBRATION-PHYSIOLOGICAL HMCT)
(BLOOD PRESSM)

-AGASHnL.-M"-rj- GRIGORIYEV, Z.E.; KOVIIATSKIY, M.A.; LEWIN, VJI.; OSIPOV, Yu.A.;
RAZUN'OVSKIY, M.D.; FXTNEV, V.11.; YUMTICH, A.Ya.
Mooting devotad te the results of the work of the Leningrad Research
Institute cn Industrial llygionb and Occupational Diseascs for 1959-
1960. Gig. i san. 26 no.8;110-114 Ag 161. (MI-RA 15:4)
.1. Iz Leningradskogo nau--hno-issledovatel'skogo instituta gigiyeny
truda i professionalinylch zabolovaniy.
(I-NDUSVUAL FIYGIFN-,~)

BUTXOVSKAYA E M - AGASHIN Yu. A.; KORYUKAYEV, Yu. S.; PALEY, I. A.
(I'..i'ngm'd')' -- .9 , -
Physiological hygienic study of the spring back arising during a
change in the conditions for testing a pneumatic hammer. Gig.
truda i prof. zab. no.42&-14 162. (MIRA 15:4)
1. Institut gigiyeny truda i profzabolevaniy.
(PNEUMATIC TOOLS-TESTING)
(INDUSTRIAL HYGIENE)

AGASHIN Yu.A. (deceased];BUTKOVSKAYA, Z.M.), KORYUKAYEV, Yu.S.
Nev riveting hammers with vibration absorbers as one of
the means to prevent vibration sickness in tivPters. Trudy
LSGMI 75.-111-118 163. (I-IMA .17:4)
1. Kafedra gigiyeny truda s klinikoy professional Inykh
zabolevaniy (zav. kafedroy-prof. Ye.TS. Andreyeva-Galanina)
Leningradskogo sanitarno-gigiyenichesk-ogo medits ins "Cogo in-
stituta i Leningradskiy gosudarstvennyy nauchno-issledovatell-
skiy institut gigiyeny truda i professionalInykh zabolevaniy
(dir. instituta-doktor med. nauk Z.E. Grigorlyev).

ITOGUNAS, F. 1.
"Dielectric Losses of ZiO-Cu and ""liS-CU, Fe phosphors, " PP 37-f--.)~
J
ill, 5 ref
Abst: Eesults are vesented of an examilna-,~ion of tLe Frequez--~Y- relatic:1-
ship of wo phosphors ZnS-Cu (cu-104 ,/Z, f ir-inEr, te.-~.perat-, ire durinc. pre-
paraUon process - 1,200 C) and ""AiC-Cu, Fe (CIZ-10~i Fe-E,15,
SOURCE: Izvesti~u Toriskogo Politechn. In-ta S. M. Kirova (News o-L" t-I'le
T,,-.ms1: Polytecluvic Institute imeni S. bl. Kiro.)~ Volu:,~,.e 91, Works o'
Conference of Solid Dielectrics,, To.-:~sk, Septemilber 1955, Tomsk, Publiisl-iiac
House o' the PolytecImical Institute, -950'
SLL'n 1854

Category: USSR Physical Chemistry - Crystals
Abs Jour: Referat Zhur-Khimiya, No 9. 1957) 29732
B-5
Author : Agashkin
Ae~_~O ~, Vergunas F. I.
Inst : Siberian Physico-Technological Institute at the Tomsk University
Title : Investigation of Attenuation of the Afterglow of ZnS-Cu Phosphor
in the Temperature Tenebrescence Region'
Orig Pub: Tr. Sibirsk. fiz.-tekhn. in-ta pri Tomskom. un-te, 1956, No 35,
101-109
Abstract: Investigation of attenuation of afterglow of ZaS-Gu_(10 , g/g,
9000C) phosphor, near (364-493 0K)," It-was found that near) and'
within, the tenebrescence region, the attenuation curves, recorded
at full excitation and low intensities of exciting light, are de-
fined by fractional Becquerel hyperbolas I = At- , wherein .
is constant near the tenebrescence region and increases with tempe-
rature within the tenebrescence region. With high intensities of
excitation these curves become exponentials. Depth of localization
levels which bring about attenuation of afterglow, in the vicinity
and within the tenebrescence region, is, respectively, of 0.2 and
0.17 eV, that is pracivically the same.
Card 1/1 .27-

IIIi-non in zin lrid(-,Fhosphor4,i-,q-t=V' Tomsk, 1957
1 py, 20 cm. (Ton,91- State Uiiv in V.V. Daybyshev) 100 copir~s
(KL) 11-57) 96)

AUTHORi O
V
A
hki
.
.
gas
n,__,
TITLE: On the Nature of the Photodieleetric Effect in Phosphors
ZnS-Cu and ZnS-Cu,Fe. (K Voprosu o prirode fotodi-
elektrichoskogo effekta v fosforakh ZnS-Cu i ZnS-Gu,Fe.)
PERIODICAL: Optika i Spektroskopiya, 1957. Vol.III, Nr.1, pp.87-90.
(USSR)
ABSTRACT: This paper was presented at the Fifth All-Union Conference
on Luminescence in Tartu in June 1966. There are two
points of view on the nature of the photodielectric effect.
Some authors (Refol) relate the photodieleetrie effect to
polarization of localipd electrons, other workers (Ref.2)
relate this eff6et to photoconductivity of the crystalline
sample. To obtain nome information on the subject of the
photodielectric *ffect this paper reports measurement of
dielectri'd permittivity of phosphors ZnS-Cu and ZnS-Cu,Fe
Fig.1 shows the frequency dependence of power factor and
capacitance for Zn3-Cu,Fe. Observations were made at
room temperature both in the darkness and on.illumination.
The results obtained suggest that in ZnS-Cu,Fe the
Card
lX2 photodieleetric effect is due to a simultaneous change of
t

51-1-15/.18
On the Nature of the Photodielootrie Effect in Phosphors ZnS-Cu and
ZnS-Cu'Fe.
conductivity and filling of localization levels with
electrons on illumination. Permittivity of both phosphors
was measured by the following method. Samples of
phosphors were prepared in the form of powder suspensions
in polystyrene or perspex. The measuring circuit is
shown in Fig.2. It is a combination of a Q-meter and an
a.c. bridge. The results were obtained at a frequency
high enough to eliminate the effect of polarization due to
space charge at powder-grain boundaries. These results
are given in a table on p.89- They indicate that in
ZnS-Cu the main contribution to the photodielectrie effect
comes from photoconductivity. In ZnS-Cu,Fe polarization
of weakly bound charges occurs with a relaxation time
smaller then the frequency of measurement. In the latter
phosphor, as mentioned above, photoconductivity effeGts
are also present. There are 3 figures, 1 table and 7
Card 2/2 references, 2 of which are Slavic.
SUBMITTED: December 8, 1956 (to the Editor of "Izvestiya Ali 585R".)
AVAILABLE:

51-4-7/26
AUTHORS: Vergunas, F. I. and Agashkinj 0. V.
TITLE; Photo-dielectric Effect in ZnS-Cu Yhosphor.
(Fotodielektrichoskiy effekt v fosfore ZnS-Cu).
PERIODICAL: Optika i Spektroskopiya, 1957, Vol.III, Nr.4,
pp-338-344. (USSR)
ABSTRACT: Capacitance 0 and tangent of the loss-angle tan
of a capacitor containing a crystal phosphor change when
the latter is illuminated. This effect is called a
photo-dielectric effect (p.d.e.). ' This effect is
observed in photo-conducting phosphors (Ref.1). Some
authors ascribe p.d.e. to (a) electrons localized at
capture , levels or to the stored liglit-sum kRef.2),
while others regard (b) photo-conductivity of the
granular sample to be responsible for this effect (Ref.3).
lrrespective of whether mechanism ka) or tb) is responsibl(
on increase of frequency the change in the loss-angle
tangent Atan~ passes through a maximum, and'the change
in capacitance AC/Co decreases. Dependence of the
Card 1/6 capacitance change on the intensity of exciting light

Photo-dielectric Effect in ZnS-Cu Phosphor. ol-4-V26
should be the same for both mechanisms. The present
authors studied Phosphor ZnS-Cu (Cu concentration
10-4 g/g; 1100oC) in order to decide which mechanism
is responsible for p.d.e. The optical properties of
the samples were obtained by L.P. Yrasovskaya and
Yu.L. Lukantsever. All measurements were made using a
Q-meter KB-1. Une capacitor electrode was made of
aluminium foil Emd the other of nickel-plated netting
with 575 elements per QM2. The electrode surface was
27 cm2J the phosphor thickness was.20M6(62. A layer
of mica was placed between the sampl6.and the nickel
electrode, and plate glass on top of the nickel electrode
Measurements can be made in a wide range of temperatures
(116-5500K). The phosphor,was excited by the mercury
triplet at 365 mlL, . Measurements of tans and 0
were made in the frequency range 3 x 104 - 6 x 106 c,/s.
The frequency dependenc *as of tan and 0 of the
capacitor with ZnS-Cu wnv-,,obtained at various intensities
of the exciting light E and at various temperatures.:
Card 2/6 Fig.1 shows the frequency dependences of the photo-

Photo -diele ctr ic Effect in ZnS-Cu Phosphor. 51-4-7/26
dielectric effect for ZnS-Uu at various light
intglisities E (curve h. E - 100%; curve 2: E - 3,3%;
curve 3: E - 0.1~)- Five weak maxima of A tan8 . I
in Fig.1 are due either to electrons localized at capture
,c.eniges, or to some properties of the granular structure
ofjae sample. These maxima are superimposed on an
inten68 maximum due to conductivity in the granular sample.
Fig.2 shows the resialt obtained at three frequencies at
room temperature (curves, marked 1: 2.15 Me/s; curves
mg,rked 2: 387 kc/s; curves marked 3: 77 kels). With
a increase of E the change in capacitance A C/Co tends
to saturation while A tan 9 passes through a maximum.
Both the frequency and the exciting-light intensity
dependences of p.d.es indicate that the effect of the
localized electrons is not important, but that conductivit3
of the granular sample is dominant. The frequency
dependence of p.d.e. was also obtained at liquid-:ox~gen
temperature both during and after excitation. Luminescence
and oonsequently conductivity, after the excitation had
ceased, reached a certain low steady-state value in
Card 3/6 several seconds. After 2 minutes the p.d.e. fell to 5,%

Photo -diele ctr ic Effect in ZnS-Cu Phosphor. 61-4-7/26
of its value during excitation, and this effect may
be ascribed to "frozen-in" light-sun or weak residual
conductivity. lt can be concluded, therefore, that
above 1160K the localized electrons are responsible
for no more than 5,% of p.d.e. Fig.3 shows the
temperature dependence of p.d.e. at 100-5500)1 at different
frequencies and exeiting-light intensities. This
temperature dependence is satisfactorily explained by
changes in concentrations of free electrons, and it is
not due to localized electrons. The theoretical
formulae obtained for the free-electron mechanism
(case (b), conductivity of the granular sample) derived
in this paper are in good a reement with the experimental
curves of Fig.3 for A tang Theory predicts
saturation for i~0/00, while actually, after reaching
a maximum this quantity decreases (Fi6.3). This decrease
is due to temperature quenching of luminescen3e. Again,
the observed behaviour can be explained by changes of
Card 4/6 concentration of free electrons in the region where

Photo-dielectric Effect in ZnS-Ou Phosphor. 51-4-7/26
quenohing occurs. The latter conclusion was confirmed
by finding the temperature dependence of a pedee* for
ZnS-Zn phosphor in which quenching of the blue band
began at 2100K, The results are shown in Fig.4 which
indeed confirms that change of capacitance 6 0/00
begins to fall at 2100K. Fig.5 shows thermo-curves
of luminescence and p.d.e. of ZnS-Cu phosphor at various
frequencies (thermo-curves are defined as temperature
dependences when light illumination had ceased). In
obtaining these curves the phosphor was excited for 10
minutes at liquid-oxygen temperature. Then the
phosphor was left f6r 3'minutes in darkness and heating
was carried out at a rate of 0.6 deg/sec. Thermo-
~,curves for luminescence (Fig.5, curve 1) and for p.d.e.
(Fig.5, curves 2-4) were obtained at E = 100%. The form
of thermo-curves is ascribed by the present authors to
change of concentration of free electrons in the prooess
of heating of the phosphor. Thus all the experiments
tend to confirm the hypothesis of the predominant role
of conduction electrons in the photo-dielootrio effect
Card 5/6 in ZnS-Gu. This does not preclude the possibility of

SUBJECT: USSR/Luminescence
AUTHOR: Agashkin O.V.
TITLEi Determination of Dielectric Permittivity in Excited ZnS-Cu
ind ZnS-Cuo Fe-Phosphors (Opredeleniye dielektricheskoy pro-
nitsayemosti v vozbuzhdennykh ZnS-Cu i ZnS-Cu, Fe-fosforakh)
PERIODICALs Izvestiya Akademii Nauk SSSR, Seriya Fizicheskaya, 1957, Vol
21# #5, pp 652-653 (USSR)
ABSTRAM Fine-grained powders of ZnS-Cu and ZnS-Cu Fe-phoophore were
studied with an applied field whose frequency was 2 megacycles.
The values of dielectric Perm..--tivity were calculated by the
Lichtenecker logarithmic formula and proved to be approximately
8 in darkness for both of these phosphors, tbe same in poly-
styro-pe and Plexiglase The lighting of ZnS-Cu phosphor led to
the increase of this value by 100 % while measured in poly-
styrene and by 200 % while measured in Plexiglas. At the same
intensity of excitation, the dielectric permittivity value of
ZnS-Cu, Fe phosphor increased by 80 % while measured in both
polystyrene and Plexiglas.
Card 1/2

TITLE: Determination of Dielectric Permittivity in Excited ZnS-Gu
and ZnS-Cu, Fe-Phosphors (Opredeleniye dielektricheskoy pro-
nitsayemosti v vozbuahdennykh ZnS-Cu i ZnS-Cup Fe-foeforakh)
There are 2 Russian referenoes eited.
INSTITUTION: Siberian Physioo,%Teohnical Institute
PRESENTED BY:
SUBMITTEDs No date indicated.
AVAILABLE: At the Library of Congreqs,
Card 2/2

48.
SUBJEM USSR/Luminesoence
AUTHORSi Vergunas F. I,, and Agashkin O.V.
TITLEt Electric and Optical Properties of ZnS-Cu-Phosphor (Elektri-
cheakiye i optichaskiya svoyetva ZnS-Cu-foefora)
PERIODICAL: Izvestiya Akademii Nauk SSSR, Seriya Fizicheskaya, 1957s Vol
21, #5, p 653 (USSR)
ABSTRAM Changes in tbe values of the tangent of the angle of dielectric
losses, 4~ 6- , and capacitance LG/u, of a condenser containing
ZnS-Cu-phosphor (10-4 g of Cu per I g of phosphor, twl,1000C)
occurring during the exposure to light Vf 365 m/4.twavelength
were determined. The dependenegs Of4 and4460 on frequency
in the range from 3XI04 to 6x10 cycleh were measured. It was
discovered that L~6' had 4 peaks and 4G/q~ decreased from-o
larger constant value to a smaller one, The peake of 4 ~ &-
are ascribed to electrons localized in traps of various aepths.
Temperature changes of o ~ E, and 4 G/ca during excitation were
studied and thermal curves ofn~e were obtained and compared
with the thermal luminescence curves.
Card 1/2 Slbirskiy fiziko-tekhnicheskly institut.
(Luminescence--Conp.resses) (Phos.phors--C-ngresses)

T
TITLEt Electric and Optical Properties of ZnS-Cu-Phosphor (Flektri-
cheakiye i optichookiyo evoystva ZnS.-Cu.-fosfora)
It was concluded that frequency and temperature studies of
tangent of the angle of dielectric losses and capacitance chan-
ges can furnish some information as to parameters of localiza.-
tion levels,
1 Russian reference is cited.
INSTITUTIONt Siberian Physico-Technioal Institute
PRESENTED BY:
SUBMITTEDs No date indicated
AVAILABLE: At the Library of Congress,
Card 2/2

AGASIIKIN, 0. V.
AgashIkin, O.V. and Vergunas, F. I. fTomsk, Siblrskiy Fiziko-tekhnicheskiy
Institut (Siberian Institute of Physical Technologry)) On Reasons for the
Photodielectric Effect of Zinc Sulfide Phosphors
(1hp P)V-BICB
of
I - U,
~keld Ir. rnepropotrIvox in. Alwuut V~'~6
1, 181 ILL e, t.~k

69707
.2 6 cc S-OV/8!-59-9-30-126
translation from: Referativnyy zhurnal. Khimiya, 1959, Nr 9, P 39 (USSR)
AUTHORS: Agashkin, ON.., Vergunas, FII.
TITLE: The Problem of the Causes of the Photodielettrical Effect in Zinc Sulfide
Phosphors IN
PERIODICAL: V sb.: Fiz. dielektrikov. Moscow, AS USSR, 1958, pp 28 - 35. Diskuss.,
52
ABSTRACT: The frequency dependencies of the capacitance C and the tangent of the
angle of dielectrical losses tg45 have been measured in capacitors con-
taining ZnS-Cu and ZnS-Cu, Fe phosphors at excitation with lignt of
various intensity E at various temperatures. The changes of C and t96
with E for ZnS-Cu are connected principally with the electrons of con-
ductivity at 1160K;as well as at higher temperatures. For ZnS-Cu, Fe
the photodielectric effect is determined partially by the electrons of
conductivity, and partially by localized electrons. The d1electric
constant (F-) of ZnS-Cu and ZnS-Cu, Fe has been determined in poly-
styrene and Plexiglas, both in the darluiess and at illumination, and n.
Card 1/2 has been established that the increase in F, at the illumination of ZnS-0j

69707
SCU/8-1-59-9-30326
The Probiem of the Causes of the Photodielectrical Effect in Zinc Sulfide Phosphors
in various fillers is different and for ZnS-Cu, Fe it does not depend on the filler.
This points to the fact that the principal part of the photoelecl al
W-ric effect in
ZnS-Cu is connected with the photoconductivity, and in ZnS-Cu, Fe a real change of
is observed.
B. Gugell
Card 2/2

sov, /81-59-8-26291
Translation from: Referativnyy zhumal. Khimiya, 1959, Nr 8, P 35 (USSR)
AUTHOR: - Agashkin, O.V.
I
TIME: The Dielectric Losses in L-iS-Zn Phosphor ~
PERIODICAL: Tr. Sibirsk. fiz.-teldm. in-ta, 1958, Nr 36, pp 337 - 340
ABSTRACT; The article has not b6en reviewed.
Card 1/1

AGASHKIN O.V.; LITVnM:KO, G.S.; SOKOLOV D.V.j CHASNIKOVAP SOS@
Sterbochemistry of 61trogen heterocycles. Part 11t Infrared
speq*a of the family of 2-methyl-Ifhydroxydecahy&oquinoline
ster6oisomers. Zhur. ob. khim. 31 no.3ft862-870 Mr 161.
(MIM 34:3)
L Inatitut khimii AN Kazakhokoy SSR.
(Quinoline--Opeotra)

-1 BSD'
/SSD/AM/ ga
ACCESSEON NR:'-AT6001iD1V S/2850/64/01i/oo9Mo4/o107.
'01t,
ON, Kushnikov, Yu.A., Kartseva,.M.,
Lydlnan*,:~ N. YA. A Vidus
'M 8
Mostak, V.T. I I
Z Yen,
tembnnersas'eid
TITLE: bvin as onstyrene-fon-nadehlyde resins. Part2. A study of the etruc-,
tur,? of;bb Tone-formaldehyde'TeBins by' copy
rayed spectros
S0Uiw1J;.%:'-,AN:KRzSM. 1nstiWt:khimic eskikh nauk. Trudy, v. 11, 1964,,_ Sintez i
kssled*0'~u4ye, vya,Dkomb1ekWYAT4_ kh 6oyedlnenly (Synthesis and researc ofbigh-MidleiculRy'. ;
compounds)i 104-i07,
OBCDPY!ZL:
TOPIC TAGS:': 6~66 formaldehyde resini pol tyrene membrane, intraredspea
_yS
POI: v0MpoBit1Crjft,' tyrene polymerization
A33STR&C:'T:- Styrene-formaldehyde -resins were prepared by amethod de-scribed-ift the-
firiO pixt of the pa .per (I.zv,- AN KazSSR, Serlya Khim. i Tekhn. Nark (3,963) '$__ #3),Llivoalim*9
conderWailon k the presence of 45% sulfuric acid and when 0. 5:1 to 3:1 molar ratios of

Mongin carbon t8tMCWPr'u8-:L' _XJ"v W04;"w a"
th -the on proceeds with thO OrWdPa' -OU-8"'
Dved'tlj' absence of vIbYl Teacid
-pr le 9rDUPB;
F -
Vi d,
6
Eli
1,21341-65
ACCE.&M. NA.- AT61001
X
eibnInation-of double bonds In the styrene chain. Oxygen is bonded into ether and avetal
groups, and the length of the neetal chain increases with the feed coneenb-ation of formalde-
hvde. Aromatic rings do not form a part of the linear chain, whose terminals are f(,rmed

styrene formaldebyde resins are proposed. Elemental composition, moleoular weight,
specific gravity, and refractive index of the studied specimens were determined and tabu-
lated. OrIg. art. has: 2 tables, I figure, and 4 formulas.
A&MOCIATION: bistitut khimicheskikh nauk, Akademiya nauk Kazakhskoy SSR (IjIstitute of
Chemical ScienceB, Academy of Sciences of the Kazakh SSR)
SUBMITTED: 00 ENCL: 01 SUB CODE: MM
NO REIF SOV: 002 OTHER: 000
Card 2/3

11-CCESSION N'R-. ARS012262
S 3 LIRCE ,Ref. zh. Fizika, Abe. 3D270
IAVTHOR- Agashkin, 0. V.; Chasnikova, S. S.; Litvinenko, G. S.; Sokolov, D. V.
117 LE.- Infnirel and ultraviolet spectra of several batch alcohols
I I -
r-= SCURCE: Tr. Ko-mis. po spektroskopil. ~.N SSS~, 7961', 330-336
!TOPIC TAGS: npectroscopy, ir spectra, ultraviolet spectra, batch alcohol
TRANISL'TION: The equilibrium constants for minomers j q0 W erinined bv
ciates ere det
7,-cas.-r4ng t1,e intensities of bands of free '?--~cndec" iln the in7l'rarecl
absoi,p-.-'Lon spe(:tra of solutions of stereoi-,~Dm-er 't was fo,.,md
t
for (-qual cond" ti,-~,ns the larger equilibrim ccmstant~~ rT-~F.' 3-pon dto associates Df
e--, a ' or 1-3 1 i sc) n e r!i , r, ~ t he r t' ha i i t o as sr- z I* r--, .The ener,7;es'
of hydro.gen lbands, formed by various to 3ter;c
--~0-2fficients, wam del-emined from, temperature mlations off equilibrium wnstani:s,
It is explai:-ied that equatcrial isomers, for% ~tr(.T,,gor v,!Trogen bonds than W~-ial
iso-m---rs. A test to interDret the observed effects was -Pade by obtaining data or.
-ra
the ellectronic ;pectra of stereoisoner alcc,hols in near and vacuam Ult v
Card 112-

ACCESSION NR: AR5012262
ragior.
S~B CODE. ,DP, 011
ENCL- 00
Card 2/2

LYUBMAN, N.Ya.; AGASHKIN, O.V.; KUSHNIKOV, Yu.A.; KAI~FSEVA, I.I.; SHOSTAK, F.T.;
InkhTditTIEUP C;.,K.- -
Membranes based on styrene formaldehyde resinB. Re ort No.2: Structure
of' styrene formaldehyde resins studies by infrarea spectroscoly Trudy
Inst. khim. nauk AN Kazakh. SSR 11:104-107 164. (MIRA L'/:3.1)

3/0 1 0/60/ooo/ooVbDYW~X x
A053/A026
AUTHOR: Agashkip,_-Yu.N_
__ :_7~
TITIE: Investigation of Snow Melting by the Melting of Radioactive lsot~pes
PERIODICAL., Izvestlya Akademii nauk SSSR, seriya geograficheskaya, 1960, No. 4,
PP- 117 - 121
TFX.r.* The article describes a series of observations being carried out. in
connection with snow melting, as part of a program of complex inveetigations in-
to the problem concerning "Heat and Water Regime of the Earths' Surface", con-
ducted by the Institut geografii AN SSR (Institute of Geography of the AS USSR).
The process of springtime snow melting has been observed by means of radioactive
isotopes, which permit to ascertain the daily changes taking place in the water
reserves'contained in the snow during thawing. In this connection special de-
vic6s are used to measure the change in the intensity of rays after passing
through the mass of snow, the source of radiation being 'Located under the snow
cover. A.I. Danilin carried out the first Investigations of this kind in 1957
with his isotope hygrometer IIBTT-64 (IVP-64) and Isotope snow meters. P.P. Kuz1-
min published in 1958 the results obtained with the instruments of Danilin in
Card 1/5

S/010/6C)/000/004/003/006/Xx
A053/AO26
Investigation of Snow Melting by the Method of Radioactive Isotopes
comparing; these with results from other methods. The author has used for his ob-
servations the 8ame radioactive cobalt Co6o as did Danilin and Kuz'min, emitting
y-rays having an activity of 1.5 millicuries. The respective Instruments were
issued by the Isotope Laboratory of the Gidrome-teorologicheskiy institut Pribor-
ostroyeniya (Hydrometeorological Institvte). The article describes the type of
instrument shoAm in Figure 1. It consists of a stand with a scale measuring the
depth of snow; to this stand is attached a bracket, which takes the tube-count-
er of y-quantet, which can be adjusted, so that the receiving part is removed to
a distunce from the bottom of the stand, exceeding the thickness of the snow
cover. Below the receiving part a 7 mm lead tube is placed in the snow going
down to the ground, which at Its extreme end has a container Into which the iso-
tope is introduced through the tube, The observation conducted by the author
covered 5 different points, at which measurements and readings were taken, cover-
ing an area which consisted to 50% of mixed forest and 50% of fields and pasture
land. Each installation point Is named after the kind of land on which it stm-BA,
such as waste land, clover, clearing, fir-grove, mixed forest. The article de-
scribes eaoh emplacement, giving full characteristics of locatlonx soil and
thickness of snow cover In each case. Measurements commeneed to be taken on
Carl 2/5

SIO 10/60/000/004/0()3/()C6/)r-(
A053/AO26
Investigation of Snow Melting by the Method of Radioactive Isotopes
Figure 1. Arrangement for investigating snow melting - 72
by means of radioactive rays., 1 - stand with bracket;
2 - tube-counter of y-quantit; 3 - lead container; 4 ZI ~-4
- conversion device; 5 - ray of g-quanta; 6 - top
surface of the snow; 7 - rod with -isotope at the end;
8 tube for inserting isotope. I
7
4\-4 ~14'1
Id
ON
IN.", A/V%'\'Nx-"6/%Y\V
K
a
Card

V610/60/000/004/00 /OC,61,u~*
A053/A026
Investigation of Snow Melting by the Method of Radioacti,ve Isotopes
Figurd 3. Graph showing carse
of water reserves in snow cov-
er in clover field (A) and in
JR,
m xe forest (B). Layer of,,,a-
Ila ter in mm - April 10, April 11;
April'16, April 17.
S 76 111 11 13
z/ 13

LWACHIVA, S.N.j KHORKHORINA, L.P.j AGASHKINA, G.D.
Effect of some salting out substances on the distribution of
pjireen thq_"~WvuC401ution. MA the extractlog
m"nyl AWa" b
solvent*" Zh noorg.khi*R--'o 2 no.4:961-969 Ap '57. (KM 10:8)
(Uranyj nitrate)

SOV/76-3-8-28/46
Bol'shakov, K. A
kUTHORS. Fedorov, P. I., A~ashkina, G. D.
TITLE: The Ternary Syste.-a of the Chlorides of Sodium, Cobalt, and
Nickel (Troynatra siste:,ia i~ kh1oridov na-tri,,,!a, kobal'ta i
n ik e., ly a )
PLR'-'ODICAL: Zhurnal neorgarichiisikoy 11-1himii, 193B, Val. 3, Nr 8, rp. 1391-
1895 (USSR)
ABSTRACT: By means of thermal analysis the binarS s,-stem of the chlo-
rides of cobalt and nickel aii6 the ternary syste.,., of the chlo-
rides of sodiam, cobalt, and nickel werc studied. The binary
system CoCl -Nici was examined onl- in the ran-c- of small
2 2 0
I'lici2contents. Uninterra.)ted solid solutions are formed in
this system ind a miniiau%i appears on t~i~; ra'Atir.,-dia~ram. '2he
I C, Solid
miniLiu,.a lies at 6801cent4=ade -'n6 7 i)er cent NiCl 2'
solutions do not aopear in the ternary system when. sodium
chloride is present, but therc are eutectic -points vihich prac-
tically coincidc v;ith the points of the binar~j eutectic of the
Card 1/2 system NaCl-CoC1 2' There are 11 fi.-ures and 2 references, 2 of

SOV/78-3-8-26/48
The T ernary '"*.-,,st em. of th e Ch loridiL-s of Sodiu-1, ',Db--, It, , and Ni ::I:C-1
which are Soviet.
ASSOCIATIOTI: !..Ioskovskiy institut ton'roy k'ii7-'icheskoy tekhnolo-ii im. L. 7.
Loiaonosova (Institute of Fine Chemical Technology imeni M. 7.
Lo:.ionosov, Lioscovi)
SUBMITTED: JulY 8, 1957
Card 2,121

5/l86/o2/oo4/o05/oo6/009
Eo75/EI35
AUTHORS: Rozen, A.M.# Khorkhorina, L.P., Karpachevn, S.M., and
Agashkina, G.D.
TITLE: in uence of temperature on extraction with
tributylphosphate
PERIODICAL: Hadiokhimiyal v.4, no.5, 1962, 591-6oo
TEXT: The authors investigated tlie effect of tempevature on
the simultaneous dibtribution of uranyl nitrate and nitric acid
between tributylphosphate (TBP) and the equilibrium aqueous phase
for acidities up to 8.0 M and the concentration of uranyl nitrate
from 0 to 1.0 M. The distribution was studied at 20, 4o and 70 OC.
The extractant (TBP) was dissolved in saturated hydrocarbons and
shaken with an equal volume or the aqu6ous solution. The
distribution coefficient increases and passes through a maximum with
the increasing concentration of HN03(uP to 3-4 N) and decreases at
higher acidities. The distribution coefficient of urany! nitrate
is lowered by the increase of temperature from 20 to 70 C but -this
increase has no effect on the distribution of liNO3. The
distribution of IIN03 increases, however, with the increase of
Card 1/~

Influence of temperature on ... S/186/62/004/005/006/oog
E075/El.35
The constants for the aqueous solutions possessing different
acidities are practically identical. At 20 OC the following
approximate relation holds: 70y3
t
where yt. - activity coefficient of UO2(NO 3)2 in aqueous phase.
The constants decrease with the increasing temperature. The heat
of extraction is approximately 4660 cal/mole at a constant
effective concentration of IIN03 in aqueous phase xef ~ 0.2 M and
3400 cal/mole for x ef = 1.2 M.
There are 13 figures and 2 tables.
SUBMITTED: October 19, 1961
Card 3/3

FARIMAYA, L.T.1 KOGAN, F.H.; KALACHEVA, A.P.; CE3WDITICHENKO, G.S..
Pri.nimali uchastiye: PASHNIIU, V.I.; KOROBKOVA, T.N.; BURY&
KOTA, G.I AG S.; ANTOKHIITA, G.R.; ANUROVA, T.Ya.;
BOBINA, M
:L YARWOVA, Z.P.; TEFUMOV, Tu.A.; POLUTSKAYA,
L.G.; SHIMMINA, Y.G.6 LAPTIYEV, P.P., otv.red.; ROGOVSKAYA,
Te.G.. red.; WMGETZV, A.N., taklin.red.
(Agroolimatic reference book on Chita Province] Agroklimati-
cheekli spravochnik po Chitinskoi ob"Insti. Leningrad, Gidro-
meteor.lzd-vo, 1959. 131 P. (MIRA 13:2)
V': 1. Chita. Gidrometeorologichealmya observatoriya. 2. Starshiy
inzhener.-agrometeorolog Chitinskoy gidrometeorologicheakoy
obsorvatorii (for Pariyukaya). 3. Chitinskaya gidrometeorologi-
cheakaya observatori.Ta (for Kogan, Kalacheva, Cherednichenko).
(Chita Province--Crops and clim te)

CAGASHKOV, I.
More about a school construction plot. Prof.-tekh. Or. 17 no,7:12
i'1 16o. (MIRA 13:8)
1. Direktor stroitelinogo uchiliBhcha No-25 (Luganak)-
(Inganak-Building tradea-Study and teaahin4

AGASI~ G.ml
Change in the Wgen tension in myocardiac tissues folloving
stimulation of the chemoreceptors of the stomach. Izv. A'
Azarb.SSR.Ser.biol.nauk no.5%95-101 164.
(MIRA 18.1,)

Cl;o,go Ir t1w (1, c
ol -ne.
s t om c ri,
of the t -
I v'I I, It n C,

KADYROV, G.K.; AGASI G S.
,-j ~ 6-
State of the electric activity of the reticular formations of the
brain stem during chemical stimulation of the receptors of the
bladder. Izv.AN Azerb.SSR.Ser.biol.i med.nauk no.3:119-130 162.
(KM 15:9)
(BLADDER--IMRVATION) (ELECTROPHYSIOLOGY) (MAIN)

--- AGASJ,44~6-
Fmitent-ilay statutj of Iranian coal mining. Izv.AN Azerb.SSR.
6er.obshchestwinuk no.4:109-121 161, (MIRA 14:8)
(Iran-Coal mines and mining)

IGABIWfo A.Io
-Aw--o#De ol! schin occus of large dimensions in the
spleen*
Azerb4'medt zhurs moo 10:56-57 0 160o (MIRA 23:10)
(SPUM-HDATIDS)
I

,AGOUBVp A.I.
Gase of a trwisplantation of the ureters into the roctum and
sigmoid with sone character ist-Ics of the surgical technique.
Azerbai.dzh. ned. zh. 6:78--8c j,;163 (MIRA 1j.-1)

AGASIYEIIAV. S.I.; EAUTM, A. Sh.
Change of mean velocities in the main channel and Chezy
coefficient during flood flow. Meteor. i gidrol. no.9:
36-39 S 161. (MIRA 14:8)
(Floods)

AGASIUVA, Soflya Ivanovaa, kandidat tekhnicheakikh r-auk; LATYSIfSNKOV, A.Hop
""'ImIlm"Iftudidat tekhnicheakikh nauk, nauchnyy redaktor; GOLUBANKOVA, L.A.,
redaktor izdatelletva; MELINICHINKO, F.P., tekhnicheokiy redaktor
[Secondary spillways and treach spillways] Bokovye vodoslivy i
transhoinye vodosbrosy. Moskva, Goa. izd-vo lit-ry 6o stroit. i
arklAtokture, 1956. 8) p. (MLRA 9-10)
(spillways)

T.N. (Chebok!)ary)',,~ M-WALEVA, YL1.1,'. n-)~3::ry),, AW)"iFMI, C-,'
VA. (Chv-~oksi4r-.
ocoli osts,, Ort,)p,, travin. I prot.e.-. 2") ro.12~180 P IM.
Olli.'~RA i9a)
1. Adres av-,oi-ov-. Clicbo'Asary, Gliuvasliqkayn bollni'-hryy
gorodok, ReSpUblikanskayrt bollnItsa. une !6, 1965.

~_.TL77 71r~____~.~~__'_~_"'-_'4_
U.S.S.R. Huaan and Animal Physiology, Blood Circu- T
lation.
Abs Tour: Ref Zhur-Biol., No 5t 1958, 22143.
Author : a
'
Inst : In Ejtitute of Labor Hygiene and Occupa-
tta;
l
,
ior
, Diaeases,.L.
Title : Reflex Changes of the Cardio Vascular Function
Under the tffect of Vibration Stimulation.
Orig Pub: Tr. Ubilein. Nauchen. Sessii, Posvyashen. 30-
-letnei deyatsti Gos. n,-e int-ta gigieny
truda e profzabolevanii. L., 1957) 96-101.
Abstract: (Transaction of the Subilee Scientific 3ession
Dedicated to the Thirty Year Activity of the
National Institute of Labor, Hygiene and Occu-
pational Diseases). The first phalanx of the
index finger of the right hand was placed for
three minutes on an ebonite plate of 25mm dia-
Card 1/2

AUSUANt P,K.j VINOGRADOVAt U.N.; ANi '-V$ZIN-ZHU [An QM-n~
Detemination of the Lunber of electrons taking part in the
reductiob of indium at dropping mercury electrode. Zav. lab. 27
no.2:131-135 161. (MIM 14:3)
'I. Moskovskiy gouudarstvehnyy universitet imeni M. V. Lomonosova-.
(Indium) (Blectrodesp Dropping'morcury), -.

AGASI,NaL.AAw, Kandidat tekhnichoskikh nauk, radaktor; TYAPKIN, B.G.#
redaktor; MILINICIDUMO F.P.. tekhnicheakiy redaktor.
blachinery and equipment for earthwork] Makhantzmy i mashiny d1la
zemliwqkh rabot. Mosk-va. Gos. izd-vo lit-ry po istroi. i arkhitak-
ture, 1956. 20 p. (Ratsionalizatorskie I Izobrotatellakle predlo-
zheniia v stroital'atva, no.132) Oaa 9: 8)
(Earthmoving machinery)

"TAN. A.. kandidat tekhnicheskikh nauk,
1~- _WNWANW.
Xanufactur~ng precast reinforced concrete products at plant
No.6: of the Moscow Executive Committee.Opyt stroi. no*7:81-
100 '56. (MLRA 10:4)
(Moscow--Precast concrete)
(Hoscow-Concrete plants)

NOVIKOVO I.I.,
nauk; SWOV, I.P., kand.arkhitektu~;; KO!rfUSPXOV, I.;(,, kand.tekhn.
nauk; SOKOLOV, Ye.B., kand.arkhitelctury; SHATSKIY, Ye.Z., kand,
tekhn.nauk; KRIGIWSKAYA, Ye.I., kand.tokhn.nauk; SHISIRA, L.A.,
kand.tekhn.nauk; KDVELIXAN, I.A., kand.tekhn.nauk;,AaA�YA.fi*, AAA,.,
kand.tekhn.nauk; USMO, V.M., kand.tekhn.nsuk, nauchnyy red.;
BAMKOV. 1.M., izah., nauchnyy red.; YUDIIIA, L.A., red.izd-va;
PEORKOVSKAYA, T.V%, tekhn.red.
[Building practices in the peoples' democracies. Based on reports
by delegations--of Soviet biulders) Opyt stroitellatva za rubeshom:
v stranakh narodnoi demokratii. Po materialam ochetov delegatsit.
sovetkIalkh spetsialistov-stroitelei. Moskva, Goa. izd-vo lit-ry
po stroit. i ark-hit., 1957. 253 P- (MIRA 11:4)
1. Sotrudniki TSentrallnogo instituta nauchnoy informatsii po
stroitel'Btvu i ail-hitekture Ikademti, strottellstva i arkhttaktury
SSSR (for Novikov, Kandrikov, Serlov. Konyushkov, Sokolov, Shatskiy,
KrichevBkaya.,- Shleina, Kovellman, Agasyan)
(Building)

AGASIYAIT A.A. kand.tekhn.nauk:
-1 -_-_ ~_-- 'A 41*~fza,~,X- ~ -
Constructing apartment houses with large-block walls. Opy-t
stroi. no.10:65-80 157. (MIRA 11;1)
(Apartment houses) (Precast concrete construction)

.AGASIYAN, A.A., kandidat tekhnichaskikh nauk.
.--" form for making basement vall blocks. Biul. stroi. tekh. 14 n0-3:
9-12 Mr '57. (NMA 10:5)
1. TSentralinyy nauchno-iseledovateliskly institut stroitellstva
Akademil stroitallstva I arkhitaktury SSSR.
(Concrete blocks) (Concrete conBtraction--Formwork)