SCIENTIFIC ABSTRACT KHION, YA.V. - KHISAKOVA, Z.L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000722020007-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


Call Nr., AF 2108825
Transactions of the Third A21-union Mathematical Congress (Cont.)Moscow'
Jun-jul 56, Trudy '56, v. 1, sect. Rpts., lzdatel'stvo AN SSSR, Moscow, 1956, 237 pp.
Suprunenko.. D.'A* (Minsk). TAnear Nilpotent Groups. 35
Turkin, V. K. (Moscow). Quasi-monomial Representations
of Groups. 35
Urazbayev, B. M. (Alma-Ata). On Some Asymptotic Formulas
in Algebra. 35-36
Mention ia made of Delone., B. @N. and Fadeyev, D. K.
Khion, Ya. V. (Tartu). Rings Normed by Means of Semi-groups. 35-36
Chernikov,: S. N. (Molotov). Nilpotent Groups. 37-110
Mention is made of Kurosh,,,A. G., Shmidt, 0. Yu., Ado, I. Dop
Malltsev, A. I., Myagkov, N. N., Mukhamedzhan, Kh. Kh.,
Glushkov, V. M., GoloVin, 0. N., Sesekih, N. F., Smirnov, D.. M.,
Plotkin, B. I., Charin, V. S.
Card 12/80

BUS CT uwi ICS/Algsbra WD 1/1 PG 908
BMW 0101 TA
TITLE. Ped Asysaigroupse
PERIODICAL Isvest.ija Akad-.Nauk.21. 209-222 0 957)
reviewed .7/1957,
The set P is called an ordered somigroup.if 1) P is closed with respect to
the.assioiative multiplioation-defined-in itj 2) P is a (linear) ordered setl
for all ot )r 6 P, from ak;@A there follwas 0(r;@':r and 4V)o.
4 in.P there okists an elvement..O with'the property Ot - 0 O(w 0, 0 4 ot
4, 0 it follows 0(-P and from
for every oL 6 Pi 5) fro
ka(M 0
it tollowg_. for all e- P.,
k subset I of -the semigroup.PAS@cilled subsenigroup in P if A4aclose.d w1tU
.respect to the multiplication defined in P. A subset A of the seaigroup@4
is -called a right ideal in P if, from aoe A and q E P it follows as e A.
UP I Ck 6A
A subset.A of:an ordered semigro .@P is cilled oonyt.x in P if from C(1 2.
and OcI A o@' 2it follows Cr A. If in an ordered semigroup P a convex
two-sided ideal I is given, thenwith respect to it a new ordered sesigroup,oan
bd formed which is denoted as a factor esmigroup of P with respect to Is PA.
P/I corresponds to the element o(e P., From I it follows

Izvestija Akad.Nauk 21L 209-222 (1951) CARD 2/3 PG - goe
Let from follow 0( Let., QK7( For an-element o@ of an
ordered semigroup we have either. (9 2 4- o( or OL2 tk or C( 2>0( The set
of those CK for which o( 4 o( is called I and theseCK are called integral*
Elements being different from zero, for which 442a OL . are called unities.
Let M be the set of,integral elements which are.no unities. If P contains
no non-trivial -convex-two-sided.1dealep then P is called simple.
Theorem 1s.X and PN X are-convex-subsemigroups in P.
Theorem 2; Every-oonvex- subaet,1n, X which. contains the element.0 is a
two-sided ideal in K.-
Theorem 3: Beside of the elements Rt@ X contains at most one element
If N j X, then M is a maximal convex two-sided ideal.in, K;
the ideal N is a prime ideal in X and the faotor.semigroup
Of consists of the elements 0 and t , where
Theorem 41 If I is a convex-right (left)-ideal in P and I @@Pq then ICRO
Theorem 5: The totality N of all nilpotent elements of an ordered asmigroup.,
P is a convex two-sided ideal in P. N is the union of all right
nilpotent ideals of P. The factor semigroup P/N has no zero
divisors. N is called the radioal of P.
Theorem 61 If P Ut then in P it exists a non-trivial maximal convex

IzTestija AkadqNauk.2111 209_2&(1957) CARD 3/3 PG 9W
two-sided ideal A. the factor semigroup P/A contains no
non-trivial convex,two-sided ideals.
Theorem 7s Asimpleordered-semigroup contains no non-trivial convex''
one-sided ideals.
In an.ordered asmigroup arohimisdean classes are introduced as follow$$ @let
a 7 W U'and have to.belongto a class if Woziete
and. p(., A C Kv the
an n such that 00-4 Let @X and both cK and non-integralf thenctan
Xave to belong.to a class if itexists an.n ouch-that 0(
Theorem 8vThe-decomposition-into archimedean clasees is a decomposition.
into pairwise,disjoint.convex-subsomigroups. Every decomposi-tion
of P into pairwise disjoint convex bussemigroups can be continued
up to a decomposition into arohimedean classes.
Some further theorems concern integral ordered groups# the notion of
congrtenoe being determined by the decomposition into archimedean classes
.and so-called archimedean semigroupe*

AUTHOR
TITLE
PMODICAL
ABSTRACT
CAn 1 /2
KHIOW YA. V. 38-3-217
-TEMRinge normalized with the help of half-groups.
(Kolttsat norairovanone pri ponoshchi'polugroppg- Russian)
Isvestlia, Akad.'Wtuk SGOR9 SeroKats 195T, Vol 21t Nr 19'
Pp 311-328 .(USSR),
The theory of those rings is here developed upon the basis
of tko7tkeovy of ordered half-groups, The attempt *an be
a"*.$* transfer ths-oono*ption or no= fron the fields
to Us rings$ so U0 the axion I a b Q w Q a I I b I to
conserved*-1fq koweverp it is intended to normalls* suffl-
Ciently voluals"D clause* of rings (06go rings with zero
divisors)o also normalisation with the help of ordorel
hau-6roups - (and not merely with half-groups) suet *be
admitted, TM present work. disousses the generalization*
2kelfirst chapter g1ves a definition of the conception
Onorstallsed ring" and disousses the comeation beftwoon
A ring and a Aormallsing half-groupe Pne of tits theorems

38-3-2/7
The Itings normalized with the help of half-groupse
mentionod,hers, mqs:.For any ordered half-group P the"
exists a ring R#@which:is normalized with the help of
this1alf-group, The next.ohapter deals with the most
simple properties of a normalized ring and the ideal.
The maxlmm-convex ideal and the simple normalized rings
are thea@dealt,witI4 Thus# a simple normalized ring
contains no non-trivial unilateral oonvex ideals " Th*
following okapter investigates whole normalized rings, 1.00
suoh rinp as We boon normalized with the help of a whole
@ordered bAlf-poup. In this and in the preceding chapter a con-
siderable number of theorems in mentioned. In conclusion the
ordered rings are investigated,
(No Illustrations)
ASSOCIATION: not given,
PRESENTED BY:- Aels KOLM0GOR0T# member of the Academy.
SUBMITTED: 23.12. 1955.
AVAILABLE: Library of Congress.
CARD 2/2

Iii'A
lzv SSR. erf
no*
(MIRA 1634

ITTICft Fit TN-Ir-Wrzw,
RT,IRA LAL; PETRIY, O.A.; PODLOVCHENKOP B.I.
.Electrolytic oxidation of organic matterg on platinizee - - -
platinum at hydrogen adsorption potentials. Dokl. AN SSSR 158
no.6:1416-1419 0 '6-4- (MT-IM 17:12)
1. Moskovskiy gosudarstvennyy universitet im. Lomonosova.
Predstavleno akademikom A.N. Frumkinym.

KHIRA__LAL; PETRIY., O.A.; PODLOVCHENKO, B.I.
Role of adsorptimof intermediate reaction products in the
electroaxidation of methanol in an acid solution. Elektrokhimiia
I no.3:316-320 Mr 165, (MIRA :L8:12)
.1. Moskovskiy gosudarstvennyv. universitet imeni Lomonosova.

GRINSHPUN, L.Ya.; PYLAYKIM, P.A.; KHIRDZHIYEV, S.G.- PERTSOVSKAYA, Ye,V,
Tanks on-powerful borizontal hydraulic presses for the extrusiasof.
aluminum alloys, Kuz.-shtam.proizv. 6 no.lt2l-24 Ja 164.
(MIRA 17:3)

-e4@'
FAGGESSION NRI Aphom34 S/M62/64/000/001/002VW24
AUTHORSv Grin0hpuh, L. Yaej Py*lsykin, P,A.j KhirdzhlYw T
Perbsovskayas Yoe VO
TITLEi Containers of high power horizontal hydraulic prooses for pressing
aluminum alloys
SOURGIEs I Kumechno-shbazVovochnoye proizvodstvo.* no# 1, ig6hq 21-24
TOPIO TAGSs hydraulic pros a pres s c ontainer 5KIuW steel, 5KhNK stoo1j, %M
stooli 38Kh2N314 stool) 3Kh2HUVF stoolp 2'jKh2N2W. steel
ABSTRACTt The technological requirements of containers for pressing Al alloys
were limited by the temperatures up to 4300, specific stresses up to, 50 kg/mn'.
and the maximum press force 12 OW.T. A coiwaonly used container consisted of a
frame and a conical bushinco Both the frame and the bushing were mad of hiGh-
alloy stools 5KhNV or ", They had a nui*er of shortcomings assoc[atod. With
the shape of the bushing and the metal useds For this reasonj, several research
proJects leading to the design of more suitable containers vere undertaken at
sa @d- 1131-.'
I

i
t . , .
I I - s

L 35976-66 EW(m)/EWP(t)/ETI lip(c) ip
Ap6oi6O4@., 10 SOURCECODE': UR/0185/66/011/005/0502/0506 4@
AUTHOR: Khirichp.I.Ya.
ORG: Odessa Technological Institute of the Food and Refrigeration
Industry (0des'kyy teKnnolohichnyy Instytut Xharcnovoyl I KnoloUll, oyl
@-romyslovosti)
TITLE: Thermoelectric and galva nomagnetic properties of bismuth
antimo single crystals
@ v6w -1 1 1
SOURCE: ayinolkyy fizychnyy zhurnal., v,ll,, no-5# 1966,. 502-5o6
TOPIC TAGS: antimony crystal, bismuth crystal, thermal emf, magnetic
field, galvanomagnetic. effect, thermoelectric property, electric resistance,
temperature depeadence
ABSTRACT: Samples of B1 97% Sb3%, obtained by the zone leveling method.0
have been investigated, The variation of the thermal emf in the
magnetic field (11-0-15 koe) was measured as a function of temperature*
C,rd 1/2

ACC NRI AP6016042
The superposition of a magnetic field of 2 koe intensity-increases
the electromotive force. At a temperature-T-20OK and H-15 koe,
the relative change in thermal emf was Am. The effect of the
magnetic field intensity on the electric resistance was investigated,
At a temperature of lOOK cind H-15 koe,,-the electric resistance
amounted to,Aett the temperature, dependdnce of the resistivity and Hall
emf were used in'd6termining the carrier concentrations, while the
electron and hoie mobilities were determined from formulas for
isotropic metals. The author thanks--V,A,Nayer, I#D,Konozenkop. and
V,L,VinetsIkiy for their valuable advice and he16 in this work,
Orig, arto has: 4 figurOs and 7 formulaso [Based on author's
abstract] (NTI
SUB CODE-z ll,,20/ SUBMDATEt O6Apr65/ OHIO PJEF-. 003/ MR REP: 007
Card 2/2

CHIZHIKOV, DA I KHIRIK, A.B.Cdeceased
Determining rmopbyeical proportion of oxygen and auUlar
compounds Oxinc and copper. Trudy Inst. met. no.1209-4
163. (MIRA. 16s 6)
Zinc oompoundo-Thermal properties)
0opper, oompounds-Thermal properties)
i

CHIZHIKOVP DAJ KHIRrKP I.SAdeceased]
Datermiavirm"ooowmoimcaolm~~operties of ox7gen and sulfur
compounds of zinc and copper. Trudy Inst. met. no.12s79-84
1630 (MIRA 16 16)
Zinc oompounds-Thermal properties)
pper compounds-Thermal properties)
W

ANDRUSHKO, A.F.., prepodavatell; VOR014KOV, E.N... prepodavatell,
KUBETSKIY, G.A.0 prepodavatell, MAUSHEV, (U., prepodava-
tell; SETYUKOV, L.L'.. prepodavatell) SUKOWTjA.A., pTepodpatel
KHY@M@prepdavaUlf; SHAMt(YVAl,K.Vf-,, prog-.j MffUrMi,V.V*.,,.
-reu., LARICKOV, G.Ye., fj@. red.
[Specia.lized.guide.to semiconductors and semiconductor devices)
Spetsialtrqi praktik=.po poluprovodnlkwa i poluprovodniko-
vym priboram. Moskva, Gos. energ. izd-vo, 1962. 303 P,
(MIRA 15:2)
(Semiconductors) (Transistors)

!,;e-- - N;r) @ ;r V-1 @ - .
=. L:@. - -

-$P g --g -W
ffEK 49c, @1- 21 vg-
PBSTRIT, N.Y., inshener; XHIRIN, N.D., inzhener.
Adjusting wetting-type ash removers of centrifugal scrubbers.
31ek.sts. 28 noo9:23-27 6 157. (MIRA 10.,11)
(Borubber (Ohamical teohnology))

KKIRIN, N.D., insh.; PICSTRIY, N.V,, inzh.
Performance of wet ash collectors operating with ashes from
milled peat. Teploonergetika 7 no.3:52-56 H@ 16o.
OaRA 13:5)
Yuzhnoye otdolonlye Goeudaretvennogo tresta po organizateii
i rationalizataii elektrostanteLy.
Ush disposal)

VOLKOVA,, Ye.I... #zh.,-,SMIN,, N.D. inah.; BARXSHNIKOV, A.P.- inzh.j
KOZHEVNIKOV, G. 112 AH601MRIN, K.G., inzh.; BABKOIVI V.Aoo
inzh'.; VNUKOVI A.K., kand.tekbn.nauk
Starting clutch for drart and bloving maohinery and pit mills.
Teploonergetika 8 no.6:31-32 Je 161o (MMA 14 10)
le Yuzhuoye otdeleuiye Gosudarstyellbogo trests. po organizataiii
ratsionalizataii elektrootantsiy.
(Clutdhes (mchinery))
(Electric posr6r plants-Equipment and supplies)

PESTRIYY N.V.. inzh.; -ZUIqY N D i=h,) LOZIMKIY, R.P.., inzh,
VESEIDVI V.T.J, inzho "7-
Studying the model of a vat ash collector with a gas overfeed
system. Teploenergetika 9 no.1:11-14 Ja 162. 3.4:22)
10 Yuzhnoys otdolenlye GosudarqLvennogo tresta po organizataii
i ratsionalizatsii elektros.tantsiy.
(Gases-Purification)
(Electric power plants-Equipment and supplAeo)

VESEWT, V.T., inzh.; DAROVSKIY, Ye.T*.,, inxb.;.IDZI.NSI@IY, R.P., inzh.;
KHIRIN, N.D., inzh.
Adjustment and-testing of type MP-VTL ts@ collectors with a
49500 MAiameter. ..Toploenergetika 9.noan:41-45 N 162. (MIRA 15:10)
1. Yuzhnoys otdeleniya Gosudarstvepnogo treats po organizataii i
'ratsionalizatsii rayonnykjx:eIektrost&ntsiy i setey.
(Fij aah)

AP4047340
I j -)8/0011
K. V.-I Andr--ishR-t, A. F.- Moro-
;T.F: C)ptlcal properties of powders of cadvrium sulfide of hexa-
47icaton at 77.3K
VUZ Fizika, no. 5, 1964, 3-11
TOPIC TAGS' d.adinimt-aulf ne@scence spectrum, lullftin4@Lzcence-
polycrystal, reflection ba)d, optica' ahsor-ption
ABSTPACT: Inasmuch as earlier research on the fine structure in the
reflection, emission and exci@_ation of -luminescence of
cddmium aulfil-';e @!as 11.nu.Led 'Lo sinqle-crvatal
@-=-_7_7- 7-
ated -Mxb-Strat&a-,"-%,.hL -a
-41.alie undertaken to determine the dependence of the optical proper-
-1-es Of the hexagonal modification of cadmium sulfide on the condi-

LZ4..
'R:
N
PLP4047340
-..!2r which it is oDtained. -CrjS pcw@ler- irine crystallin:!
O@e-&nt --t-ev%miratur
--struc urd-t- affrIeCT.- --rt rent n, e@A
nz@74 --
,i.,ith different reagents, were used ia the investiqations. All the
-uid-nitrogen tem-
'AIE?re obtained ii unpolarized light at IiI4
-ie
TI reflection spectra were obtaired ,,--th the ISP-51
with UF-84 camera, whi.Lt-- Lhe fa:-:j.-At-!-:;; wi!"(! excitati.011
-17 f,'
,)ow,-!ers have
and the displav
fide powderD 1;.!i r e -
t T@' e., bl'li@- !-'arl f S
43 amp i e s aDtp i
op -I -

NR. AP4047340
iii the cadmium sulfi&a is due to impuritiei3 and is
with the violation of the itoichiometrv nF too -T,:@gfats.
nas; 3 figures.
S- 5 -3C AT 1 DN imoakovokiy energetilcho.,tkiy inatitut (M-noc-n-w P,-,7@,4er
URM 1 TT ED: 28Apr63 F-111 C L t0-0
NF REP SOV- Ong OTHER; 003
oplic
Cc,d 3/3

ACC NRs AF603" SOURCE-CODE: WO05V96-T021/004/04
59.
AUTHOR: Shalimovap K. V,,; Xhirin., V. X. Korolevp 0. 1.
ORG: none
7
TITLE: Temperature dependence of the absorption# reflectionp emiaoionp and excitatia
spectra and of the quantum yield of luminescence in polycrystalline films of cadmium
sulfide
SOURCE: Optikai spektrookopiya.9 vo* 21p no* 4p 3966p 456-459
TOPIV.TAGS-. cadmium sulfidep absorption spectrum) emission ap,:ctrump excitation opec-
trump quantum yieldt luminescence spectrump semiconducting filmj, temperature depen-
dence
ABSTRAM, Thivis a continuation of earlier work (DAN SSSH v. 1390 938p 3961) on the
temperature dependence of the absorption and reflection of cadmium sulfide films,,
where a photographic procedure.vasWed. In the present studyp the tested polyer7stb3., '
line films were of.hexagonal mcodification., and were prepared by a thermal sublimation
of the initial substance in vacuump using a procedure described by the authors else-
where (Kristallograftya v..8.. 774.- X963). The temperature dependence of the siectra
and of the quantum yield were measured with an optical system based on a; spectrometer
(DFS-22),p universal monochromator (M-2)j, a double monochromtor (na-4),p am a photo-
electronic cont:bmous - spectrum recoroer (PEPL. 1) * The absorption spectra in the tem-.
perature range 7*1 300K were platted with a recording ffpectrophotometer OF-206 7he
Card 3/2 UDC: "5-34 + "5-37-096

L 13079-6-15 D1T(x)/E1dP(t)/W(b) VP(c) IAMC (a) /AS (rip) -2 /tSD (c) t3D (9s)
AC-ESSION NR: AP4047358 S/0139/64/000/005/011.9/0124
AUTMRS Shalimova, K. V.; kndrushko, A. F.-, Khirir,, V. N.,- Moro-
z ov a,N. K.
TITLEt Optical proportias of powdei '-v of the cubic modification of
Rand their ch.&nges in the 5 - c:e phaae transition
S " UP, U" IVUZ. Fizika, no. 5, 1964, :-19-124
7@;P- -7 --A-S: 'I-
C Omium qulfide'@Iubic crystal, po@wder, phase transi-
absorption, light emission
in order to obtain additional information an the mechanism
and emission of light .-r. CdS, the irvver@-tigated
bpeC Era of diffuse reflection, er-Lission, and P-xcitation of lu-
@--i7ies---ence of CdS powders of caubic modification, and' also investigatiid
--!:-a. of a-CdS powders annealec at high tenpera-ures In a-r anti
-,T atmosphere. All the spectra were in unpo-

ACCESSION '11TR: PLP4047358
larized light at liquid-ni-trogen temperature. The reflection spec-
-i -@@re obtained with an ISP-51 spectrograph with T-TF-64 camera. The
-nd e,,qission spectra were -nvest-lgate@ ,L-1th the same spec-
and a photoelectric attachment. The cadmi-.Am s7-ilfide powder
;----pitated from solutiors and heat treated at 1--emppratureS frm
One band is observed l-, -^"CdS in :I-d -,n
P@ft.,er heatirg the :A-C:-iS !Dand at
3ra!@.ially attenua.Les and va-nishes, is reptaced by
peaks chiaractezistic af- the Tiex-agonal ncj-@@51.catJon
-le emission and rc:flection spectra 31how a be-
art. has: 3 fic:ure8.
ON - Moskovskiy eneryeticheskiy institut (Moa=a Power
Institute)
ID 2SApr63 ENCL. 00
B :@D;D C OP, S8 NF, REP BOV 010 OTHER r 003
IMMIX

I i
(m)/E4P( t )/LViP(b

X V.; V, N.; K

;e6c A! IA:4 of polylLrj&%,&l lin e fnm
nc,
nesc eac e
c ddnd um tru 1 f I de
,
u-, t 1 on, r-- n
iram rade of the Bpectra or miliaorn.'.I@-r rd
rc Y c ry a ta r. e

f'il.= was ni-v
-=
77777
-
-7 @ -
7777
by Vsern--l glidlbfttioll of f@@ In eff atzospheTia- Of dygon or hydrogen su
lfide in
cryvtallization on heate@ a-ud u eatee on ia i@ r Sarml e!i

AY5006056
Alum-Inescence excitation, ejV- emlsai,.n AT%-rjrj, 1,..
'-'G. and 4,40 A vfrk@
vaveleugth jr, t,,,t
CC,-,d -7-T
EXCLi GO SUB 1:nIII.All

L 42898-66 EWT(I)/EWT(m)/EWP(t)/ETI IJP(c) JD/GG
ACC NRi AP6018447 SOURCE CODE: UR/0051/66/020/006/1063/1065
AUTHOR: Shalimova, K. V.-, Khirin, V. H.;.Korolev, 0. 1. 07 #1
ORG: none
TITLE: Spectral distribution of relatives!jantum yield for photoluminescence of poly...i
crystalline cadmium sulfide films at 770r,
V
SOURCE: Optika I aktroskopiya, v. 20, no. 6, 1966, 1063-1065
TOPIC TAGS: cadmium sulfide, photoluminescence, light excitation, excitation spec-,
trum , absorption spectrum, spectrophotometry, quantum yield, monochromator, semicon-
ducting film, polycrystalline film
ABSTRACT: The absorption, reflectance, ex tation and quantm yield of nescence
tyield of i
'm er t
from polycrystalline cadmium sulfide.films(rt liquid nitrogen tem er tur (770K) were
L
investigated.' In the corresponding spectra In the 210-360 mp region, four broad bands
with maxima at 330, 290, 240 and,215 mu were observed while a fine structure consist-
Lig of 4-5 bands was observed in the 460-490 mp region. The spectral distribution of
green luminescence of polycrystalline CdS films is independent of the wavelength of
the excitation light. The rediation intensity of this luminescence is directly propor-
tional to the Intensity of the.excitation light over three orders of magnitude, These
conclusions are based on a series of measurements carried out by the authors on hexa-
UDC: 535.37

L
L 42898-66
A
C@
ACC NRr AP60181147
@
0
9, 1 C8 polycr@stalllne films at 770K. The experimental equipment Included a double
n4
@na Ing !Th'onoch0ator, a grating spectrometer, universal monochromator, recording
'Pe@tr4hotome and a photomultiplier detector. The quantum yield was calculated
re@,
,'Pe@
given exci tion and radiation conditions for samples of US films from 0.15 to
f
or
for
1.1 V thick. All samples exhibited identical spectral distributions of their, quantum
1.1
yield. Spectral distribution of.green fluorescence of the CdS film is shown:1in fig-
yiel
ure
ure
photonenergy ev
15VO
41
a Fig. 1.
W Curve 1 shows the spectral distribution of;,
the excitation light for the green Imi-
44
o neseence, curve 2 shows the relative
%U >w4jquantum yield. Orig. art. has: 3 figures.
:2 V
0
Soo
04 200 M -,VO JV 40,.,
wavelength, mu
SUB COM SUBM DATEt 07Apr65/ ORIG REr.: ow OTH REF: 002
LS-0-rd 2/2

"Sredneaziatskiye narodnye skaziteli (traditsiya i tvorcheskaya improvizatsiya)."
report submitted for 7th Intl Cong, Anthropological & thnological Sciences,
Moscow, 3-10 Aug 64.

KHIRNM, L,Ap , Who
Testing the remote control system in fields of the Abin Petroleum
Trust* Neftlanik 5 no*6:11-12 je, 160. (MIRA, 13:7)
10 Neftepromyslovoye, upravleniye Ab Weft' Krasnodarakogo sov.,!-
narkhoza.
(Abi-n region (Krasnodar Territory)-Remote control)

GABRIYELOVt L.V*l SHEVTSOV., A.A.; LITVINOVp A,Ya, HIMM, L,A.
Automation of group measuring instalistions. Reftianik 7 no.011-13
Ap .162. (KERAlpll)
1. Naohallnik teakha &rtonatiki neftepromyslov
ogo upravlen4a
Abinneftif(for'Gibriyelov), 2, Glavnyy inxh. neftepronyolqvbgo
upravl6rdya Abinneft' (for Shevtaov)e @3. Starshiy inah. pr*slovov
FuPpy tsekha avtomatiki neftepromyslovogo upravleniya Abinnertf
(for lAtvinov)6 4. Starshiyinsh, gruppy telemakhanizataii teekha
artomatiki neftepromyslovogo upr@vleniya Abinneft',(for Khirnykh).
(Kubem-Petroleum-Measurement)
(Automatic.control)

ABRUKIN, Abram LIvovich; KHIMKH nid Andrgyevich; PEREVERZEVI
V,V.J red.; GORIKO.VA, A.A., ved. red.; YAKOVLEVA, & I.,
tekhn. red.
(Remote control in petroleum production]Telemekhanizatsiia
dobychi nefti. Mcskvaj Gostoptekhizdat, 1962. 102 p.
(MIRA 16:2)
(Remote control)
(Oil fields-Equipment and supplies)

IA,V.; KHInYYO YUJt.
Sources of negative by"6n ions, Prib. I takh, sksp. no.5-.54-58
3-0 '57. (Kim lotl2)
(ronizationlof gages) (Hyclrogen)

SOV/120-58-2-13,;3?
.-AUTHOR.- Ki)irnyy, Yu. M.
TITLC-A Source of
Negative Hydrogen Ions (Istochnik otritsatellnykh
ionov vodoroda)
PERIODICAL: 11'ribo-ry iTekhnika Eksperimenta, 1958, Nr 21 PP 51-53
(USSR)
ABSTRACT: The device is based on the.high frequency source of
positive ions with a longitudinal magnetic field given in Ref.3
and is shown in Fig.l. The negative ions are produced by
charge exchange between protons and.hydrogen, or deutrons and
deuterium, in the capillary of a high frequency ion source
(F ig .1). . The beam of ions thus produced is accelerated to
20 kev and analysed by a mamet. Analysis of the ion beams
shows that the ions coming out from the source are practically
monoenergetic. The working life of the source is more than
200 working hours and the amount of hydrogen supplied to ob-
tain a current.of 20 lia-mp (rl) is 28 cc/hour. Asimilar
amount. of deuterium gave a current of about 10 liamp of D
FiS.2 shows the de]@endemeof the current on the diameter of
Card 1/2

SOV/120-58-2-13/37
'ASource of Negative Hydrogen Ions.
the capillary. A. V. Almazov is.thanked for his supervision,
There are 3 figures and 4 references, of which 1 is Soviet
and the.rest English.
SUBMITTED: August 5, 1957.
Card 2/2 1. Hydrogen ions--Sources 2. Ion beams--Analysis

KHIRNYY, Yu. M q I CAND TECH Sal t I'SOURCE?'OF NEOAT I VE
HYDROOEN IONS." MdSCOWV 1961,0 (MOSCOW, ENGINEERINo-
PHYSICS INST). (KLt 3-61t 221),
279

21392
5/12o/61/000/002/002/042
E032/E114
.AUTHORSs Kli:Lrnyyl___Yu.Mo-9 and Kochemasova, L. N.
@TITLE Aninjector.of negative hydrogen tons
PERIODICALt Pribory i takhnika oksperimenta, 1961,,Nol.20 pp. 14-19
TEXTt The electrostatic generator has retained its
importance in nuclear.reactor studies since It can be used to
produce accelerated particle beams with a very small energy spread.
In order to double the energy ot particles obtained from electro-
static generators one can use the L.W. Alvarez scheme (Ref.1)
whereby negative hydrogen ions are first accelerated by-the C161d
between the "earth" and the positive electrode and then, having
given up two electrons in a stripping target, they are converted
into positive ions which are accelerated again by the field butin,
the opposite direction. The energy thus obtained corresponds to
twice the applied potential. The two ion injectors described in
the present paper are designed for this type of application.,-
The stripping target employed by these authors was in the form of
a long thin tube with a gas circulated through its middle part.
In order to obtain good vacuum and avoid charge exchange on
Card l/ 5

21392
S/120/61/000/002/002/042
E032/E114
An injector of negative hydrogen ions
residual gas atoms, the diameter in the tube had to be an small
as possible. It was found that the most suitable electron-
optical.focussing scheme for the negative ions was a combination
of a three-electrode lens with an immersion lens. The first of
these lenses focusses the beam leaving the source.in the immersion
lens., The latter is used to match the beam energy to the
accelerating voltage of the tube and to stabilize the-position of
the narrowest part of the beam in its object plane (C.H.Johnson,
et al. Rev. Sci*nt. Instrum,, 1957, 28, 942. Ref.4). The three-
electrode lens consists of electrodes of equal diameter (D=30 mm).
The length of the middle electrode in 30 mm and the gap between
the electrodes is 3 mm. The minimum focal length is about 50 mm.
Fig-3 shown a schematic drawing of the HI injector. In this
figure, I in the source of the negative ions, 2 is the
focussing system* 3 in the corrector which in used to adjust the
position'of the beam, 4 is an electron separator which consists
of two permanent magnets and a moveable Faraday cup 5. The
latter is used to measure the beam current. The electrodes 6 and
Card 2/

...S/12o/6voOO/002@/002/042
E032/Ell4
An injector of negative hydrogen ions
9 are used to su
ppress:becondary electron emission, 7 is a valve,,@
is a trap.which removes C02 which flows in from the stripping
target, 11 is a slit'and 12 is a second Faraday cup.* Fig-5 shows;-.
another negative, ion injector in which the H1 and H1 particles
are separated by a magnetic field. --In. Fig. 5, 1 is the
negative ion sourcel@ 2 is a single lens, 3 is the magnetic,-.
analyser, 4 is a@4 mm diaphragm, @ '5 is an immersion Ions, 6' is
alcorrector, 7 is a Faraday cup, @ 8 is.a valve a n',d .'9 - is: a,
trap. With this arrangement only two lenses are;lnecessary as.
compar.ed with four in the apparatus described by L.E. Collins.and
:_-A.C. Riviere@'(Ref.9'-_Nucl. Instrum. and Meth., 1959, 4, 121).'
Moreover, the length ofthe focussing'system of the injector up to
the object plane of th7e tube is smaller by a factor of 20 as
.,,`;-compared -with the length reported in'Ref.9.. The beam diameter
obtained in the:object la'ne-is smaller than in Ref.9 and is
p
practica
Ily independent of the input energy. The negative
hydrogen-ion injector described inthis paper.was designed for',an
electrostatic generator with a working energy of 2 x 1.5 Nevo
Card 31/5

@Ma

8/057/61/031/005/013/020
B104/B205
AUTHORs Khlrnyy, _Yu. M.
TITM 'Formation of negative hydrogen ions by protons passing
through gas targets.
PKRIODICkLt Zhurnal tekhnieheskoy fiziki, v. 31, no- 5, 1961, 597-605
TEXTt The results of an investigation of the content of H-1, R +, and HO in
equilibrium beams, obtained by the passage of protons through H 2' Hot Net
Art 0029 and C 3H. targets, are presented. Furthermore, data on the
scattering of hydrogen beams by such targets are given. In the introduc-
tion, data from.previous articles are discussed, reference being made to j1\
a paper of Ya.,M. Fogel# and R. V. Mitin (ZhETF, 3-0, 450 01956). The elt-
perimental arrangement is shown in Fig. 1. The neutral component in
the beam *a a determined by measuring the current of secondary electrons
produced by neutral atoms impinging on the beam catcher. The curve
Hl/H+ - f(t.) was drawn for.the purpose of determining the thickness of
Card 1/9

22782
S/057/61/031/005/013/020
Formation of negative... B104/B205
the target-oorresponding to a beam of equilibrium composition. The'thick-
.noes at which this curve begins to form a plateau+was assumed to suffice
for generating an equilibrium beam. The H_ and R currents were measured
simultaneously in order to exclude the effect of fluctuations in the beam
intensity upon the results of measurement which are diagrammatically re-@
presented,. Hydrogen targeta -The composition attained equilibrium at a
target thickness of 6.6-1015 atoms/cm2 and maintained it up to 2-5-10 16
All types of particles in this target were equally scattered. The good,
agreement between the charge-exohange coefficients and the content of
H_ ions in.the equilibrium beam indicates.that protons are slightly
scattered while passing through the target. The charge exchange between
protons and gas is negligible when charge exchange takes place also
between protons and target. The charge-exchange coefficient of R + ions is
2
much lower than that of protons. Equilibrium composition of a hydrogen
beam inciding upon a helium target was attained at a thickness of
1.110 16 atoms/cm2. With a neon target, this state was reached at
Card 2/9

22782
S/057/61/031/005/013/OP.'O'
Forrdation of negative*#. B104/3205
16 2,
atoms/am and remained co
nstant,up.to a thickness'of
16 2
2.5-10 atoms cm Iwith an-argon
target, it was reached at
o.-6-lol 6. atoms/am2 -with a carbon dioxIde target, at 3-10 15 atons/cm 2. and!,-.

w ith a propane gas target, it 5.6- 15 2
lo atoms/am . A. V. Almazov is
thanked for his interest@ in 'the-wo rk.. -There are 12 figures, 1 tables
and 13 reSerencest: Soviet-bloo and @ non-,Soviet-bloo. Thetwo
references to English-language pub lications read as follows- Stier et al-,-@,'
Phys.Rev., @_6, 973'9 1954; Collins at al. Nucl.Instr. and Methods, is 12 11
1959-
SUBMITTED:, Junp 18, 1960,
Legend 'to.Fig.lt* 1) Ion source; 2) focusing lenses; 3) ac cel,erator tu ba; ,
A) electrostatic hyperbolic lens; 5) diaphragm; 6) phannel of 6
diameter."nd 26 mm length, T) tar
a at chamber; 8 beam catcher; 9) pull&-
dium capillary; 10) diaphragm; ill analyzerl 12@ beam catcher; 13) -to
'diffusion pump.

Card,3/9

NRa AP700193
4 S6Wtdi 0 56166106 /66060ij6 i
AUTHOR: Khirnyy, Yu. M.; Kochemasova, L. N.
ORG: none
TITLE: Universal injector of negatively@cbarged ions of hydrogen isotopes for a
chargeexchange generator
SOURCE: Pribory i tekhnika eksperimental no. 6, 1966, 32-36
TOPIC TAGS: ion source,*ion beam, electrostatic generator, charge exchange
ABSTRACT:
A description of an injector is given in whfch' the -6egati'veli "charged ionji*
are obtained through the charge exchange of the positively charged ions in
a supersonic flow of mercury vapor. The.injector, shown in Fig. 1, consists
of: I - a high-frequency source of positively charged ions with a water-cooled
gas discharge bulb; 2 - a single lens located 25 mm from the channel of the
source probe; 3 - an 1!@mersion lens; A - a charge-exchange chamber; 5 - a
nozzle which creates a supersonic jet from the mercury vapor used as the
charge-exchange target; 6 - a trap with liquid nitrogen; 7 - a second single
lens; 8 - a vacuum valve which separates the chamber of the, deflecting mapet
from the charge-exchange chamber; 9 - a.deflecting magnet; 10 - plates for
the electrostatic corrector; 11 Faraday cylinder for controlling the beam;
Card 1/3 UDC: 537.534.2

ACC NR, AP7001934
'Nil

ACC NR, AP7001934
and 12 a third: single lens for focusing
the beam at the exit from the
injector. The injector was tested for 60 hr on a stand while operating on a
D + He mixture. The D7 ion current was 14-17 pa, and the consumption of
mixture was 40-65 cm3/hr. All of the units of the injector were in a normal'
stzite' ifter the test and no mercury traces could be found in the chamber of
the deflecting magnet or at the exit from the injector. The injector makes
it possible to obtain bunches.of H7 ions of 20-27 pat D- ions of approximately
16 pa, and T-
ions of. 12-15. Va. It is also sigple to operate, .10rig, art.
has:' 6 figures and 2 tables.
SUB CODE: M/ SUBM DATE: l9Nov65/ ORIG REF: 004/ OTH REF: 002/
ATD PRESS: 51-12
------ -- --- - ---
-ACC tqgi- -AP7-- - ------
001935
I i SOURCE CODE: UR/0120/66/000
AUT11011, 10061003610039
A1m4zOV,! A. V.; Khirnyy, yu. M.,
Kochemasova, L.
QRG: none
TITLE: Compact d@
generator Oplasmatron source of negatively charged ions for a charg
e exchange
SOURCE: Prib
or
Y,i tekhnika
ekeperimenta, no. 6, 1966, 36-39
TOPIC TAGS: ion
Tource.� ion beam, electrostatic generator,
STRACT: charge exchan8e
The descriptia- i
given Of a dvoplasmatron (see Fig. 1) w, .1 th
magnet. At a 9 amete a constant@
appr6idjWaj'1y r. of the anode aperture and
e
kvmr@thqi a Voltage of
and source pas d e source current reached about 140
tile's
an tand test before bein amp. The injector
aperture. Of1O-5 aim the source curren 9 -installed in the generator, At
operatiOn.the ' t was 40 pamp.
parameters of the source had not changed. After 1,20 hr of constant
the source do G@q!@Fal@
es nOt'require the attention at an operation.i 0 , "-,_y ,qpeakin
6 figures. 99
rig. art. -
has.
C"rd.-

ACC NRt Ap
Fig. 1. Schematic diagram of
J
duoplasmatron
7
1 - Cathode; 2 - intermediate
electrode (steel); 3 magnet;
4 - anode (steel); 5 cam;
6 - copper insertion; 7 - gap,
meaeured with clearance gagel,
8 - water cooling pipes;
9 - extraction electrode;
10 - single lens; 11 - insu-
lators; 12 - deflecting magnet;
13 - alit; 14 - Faraday cylinder
SUB,CODE: 20/ SUBM DATE: l9Nov6
8 M W/ -ORT.G REF: 0021 OTH REF-. 007t
ATD PBMS: 5112
LCard 2jiz

OGIYEVSKIY, Vasiliy Vasillyevicbj, doktor sellkhoz. nauk; JWI1f.!Ovf
Aleksandr Aleksandrovich. kand. sellkhoz. nauk
(Inspection and stud y of forest plantations; methodiological
manual for foresters] Obsledovanie i issledovanie lesrqkh
kulltur; metodichenkoe posobie dlia lesovodov. Moskva, Les-
naia promyshlermost', 1964. 47 P. (MIRA 17:9)

0
ACC NR, AP6022074 SOURCE CODE: UR/0141/66/009/003/0469/049'
071fort'. Giorgadzo, N. p.; Khirseli, Ye. M. I Taintsadzo, AN. L.
ORG: Instit
ute of Physics -,N@Gru"ZSMinstitut fiziki AN Gruz5m)

TIT11E: Disintegrating in eraction of waves in magnotoactive, plasma
t
;SOURCE: IVUZ. Radiofizika, v. 99 no- 3, 1966, 489-496
ITOPIC TAGS-. magnetoactive plasma, electromagnetic wave
!ABSTRACT: A theoretical study ispresonted of the disintegrating interaction of waves
lin a magnetoactive plasma in the simplest case when all wave processes take place
ialong the mag@etic@field (single-variate problem). The ordinary and extraordinary
(transverse waves and a longitudinal wave are considered; f-roquencies of linear
I
,transverse waves are assumed.to lie far from cyclotron frequencies. The mean power
lof disintegrating generation, the disintegrating dispersion of transverse waves by
longitudinal waves, and the disintegrating transformation of transverse wwes into
longitudinal waves are considered. Final3,y, the generation of Langmir oscillations"
due to a disintegrating interaction of a helicon with a h-f wave is analyzed. Orig"
art. has:.60 formulas.
SUB CODE: 20 SUBM DATE: 20W65 ORIG REF: 008
Card ill UDC:621-371-182

1MrWWEN, Mi. P.
Subject USSR/Electricity AID P 447
dard@ 1/1 -Pub. -27 10/34'
Authors Akodis, M. M. -Dr. of Tech. Sci., Brill, K. V. Eng.,
Rudnyy, V.:M., Eng., and ]Khirvonen, Kh. P., Eng.
Title Study of Reliable Ionic Valve Action of Gas-Filled Tubes
-in an Experimental Circuit
Periodical Elektriohestvo.. To 52-56, Jl 1954
Abstract Experiments iiere.-maide-wjith cathode-ray oscillographer in
order. to determine' the moment of.back-fire., the value of
inverse voltage, and the moment of rupture. The depend-
ence.of valve.,action of t*ae 1-50/5000 Ignitron from the
rate of*growth of inverse voltage is presented. 8 dia-
grams',, 3 tables and 6 Russian references (1940-53).
@Institution Ural Folytechnical Institute im. Kirov
Submitted 6, 1954@*

Submitted No date

MI.
Cnnd Tc-cli ci cf

1, 'hc v IV

'7-; 11 ,r,.It

SOV/112-59-4-7854
Translation fromi,. ReferativnVy zhurnal. Elektrotekhnika, 1959, Nr 4#1
pp 204-205 (USSR),
AUTK OR: Khirvonen, Kh. P.
TITLE: Accuracy of Reproducing Real Conditions of Operation of Ionic Rectifying
Devices When the Synthetic Testing Method is Used
PERIODICAL: Izv. vyssh. ucheba. zavedeniy. Elektromekhanika, 1958, Nr 2,
pp 114-121
ABSTRACT:. An artificial circuit for testing ionic rectifying devices permits
obtaining current and voltage wave-shapes identical with real wave-shapes in
the forward and reverse half-cycles; the circuit en@ures absence of the interval
between the moment,of terminating the forward current and the moment of
applying the reverse voltage;,the circuit secures similarity of switching-angle
conditions. The inductance of the oscillatory circuit is estimated, and the
current error of a low-voltage circuit is presented. it is assumed-that if the
Card 112

SOV/112-59-4-7854
Accuracy of Reproducing'Real Conditions 0.4 Operation of Ionic Rectifying . . . .
current error does not exceed 10-15% at the beginning of commutatior-, it is
sufficient for a practical equivalence, all the more because the end of
commutation is reproduced exactly. In testing under Inverter conditions, a
complete reproduction of the. anode -cathode voltage curve, the required
extinction angle, and the rate of voltagechange near zero is possibli. With
some complications, the artificial testing scheme can be made universal; it
would be suitable fror complete testing of ionic rectifying devices with various
parameters in both rectifier and inverter operations. Bibliography: 6 items.
(Ural Polytechnic Institute, Sverdlovsk.)
L L. R.

M EfL-UE
KEIRTONER, Ih.P,
.Consumption of electric power in the synthetic method of testing
ionic recitifierso Trudy Ural. politekh, inste no.79:93-104 '59*
(Electric current rectiftero--Testing)

S/194/61/000/008/'045/092
9,41 -ko D201/D304
AUTHOR: Khirvone@n,_
TITLE: The exactness of reproducing real operating condi-
tiona of gas-filled rectifiers in an artificial
method of analysis
PERIODICAL: Referativnyy zhurnal. Avtomatilta i radioelckitronika,
no. 8, 1961, 28-29, abstract 8 G225 (Tr. 'Urallskogo
politekhn. in-ta, 1960, v. 77, 71-86)
TEXT: The theoretical analysis is given of an installation
for testing gas-filled rectifiers, as developed by the Ural Polytech-
nic Institute. Equations are derived which permit choosing the in-
ductances and capacitances of the oscillating circuit taking into
account current evaluation errors in the circuit operation. It is
shown that the most exactly reproduced parEneters are the shapes of
voltages and currents at small angles of flow. See also RZhE, 1959,
7854. Z-Abstracter's note; Complete translation2
Card 1/1

30499
S/194/61/000/008/048/092
D201/D304
AUTHORS: Khirvonen. Kh,Vand Rudnyy, V.M.
TITLE: Experimental study of an artificial arrangement for
.testing gas-filled rectifiers
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no, 8, 1961, 29, abstract 8 G232 (Tr. Urallskogo
politekhn. in-ta, 1960, v. 77, 87-98)
TEXT.: The experimental installation developed by the Ural
Polytechnic Institute for testing gas-filled rectifiers utilizes
thyratrons and consists of 2 circuits - of a current circuit of 50
WA and of an oscillating circuit fed by a 10 1cVA transformer. The
experiments were carried out with rectifiers working in a 3-phase
bridge circuit, max. rectified current 120 A, max. reverse voltage
7-8 kV. The rectifier under test was a type Tr-120/15000,(I'G-120/
15000) thyratron. The experimental tests of the installation provi-
ded some material on the rectifier reliability. The power consumed
C ard 1/2

30499
S/194
,/61/000/008/048/092
Experimental study of an artificial... D201/D304
was also mc-asured. It was found to be 1.5% of the rectified current
r with n.
Powe the rectifier working in a 3-phase bridge connectio
Z-Abstracter's note: Complete translatioii2
Card 2/2
d i a g__r A xm- -o tt fte -d eY1-M?!TT1r!i%1 ngemc Z IS--F'j_veU9 -UOg L;Hur V1f.L Lit
rectifier current and voltage shapes. The main difference be tween
the experimental set-up and practical circuit is the absence of the
Card 1/2

S/194/61/000/008/046/092
Artificial method... D201/D304
period with reversed voltage. In the experimental circuit the
voltade across the rectifier in zero at-ter emtinction for the whole
of the de-ionization time, after which the direct voltage sharply
increases. Hethoda are considered of more accurate reproduction
of the voltage waveform at the rectifier during the non-conducting
part of the period; methods are also considered of reproducing the
direct current shapeby means of additional circuits. Theexperi-
ments were carried out with a thyr4tron model. 3 references..
Z7Abstracter's note: Complete translation.2
Card 2/2

AKOD.IS, M.M., prof., doktor tekbn. nauk, red' IMIR P.
dots., kand. tekbn. nauk, red.; KONSD;@TIRIOV, A.G., inzh.,,
red,
(Transa"ations of the Inte-runiversity Scientific and Technical
Conference on Overvoltages) Trudy Mezhvuzovskogo nauchno-
tekhnicheskogo soveshchaniia po perenapriazheniiam. Sverdlovskp
Izd.UPI, 1963. 2 V. (MIRA 17t4)
1. mezhvuzovskoye nauchno-tekhnicheekoye eoveahchaniye po pere-
napryazhaniyam, Sverdlovsk, 1961.

RHIRTINAO G.V.
Postouerative hooorrhages following extrapleural pno=olYels
Lwith sumaz7 in Irsuchl. Probl. tub. 36 no.4:63-68 158
(HIRA 1117)
1. In Barnaullskogo gorodskogo protivotubarkulezuogo dispansera
(Clavnyy vrach T.I. Turosovs); nauchnyye rakoyoditell raboty
prof* I.V. Toroptsev, i prof. S.P. rhodkevich (im Tomakogo maditainskgo
Instituta.)
(COLLAPSE THMWI,compl.
postop.hemorrh. efter extrapleurnl pheumolysts (Rus))

1. KHIRYAP YE. A.
2. USSR (6oo)
Swine--Feeding and Feeding Stuffs
How we.fatten swine, Sots. zhiv., 15, No. 1. 1953-
9. Monthly List of Russian Accessions, Library of Congress, April,
1953, Uncl.
ng mil,ts IS HE 000 r3
19 "'INKRI'V
am

NHIBAHOVO'A*Vo
O-Oe
olent atmospheric phenomena in, 1954. Izv. Uzb. fill, Geog. Ob
w
(KIRA llf4)
(KateorologrY

AKRAMOV0 Z! 14. i kand. geogr. n6uk; RAKITNIKOV, A. N., kand.
geograf. nauk; ZAMKOV 0 K., kand. geograf. nauk;
77" SHERMUKHAMEDOV, A&Me tde;eaaed); SAUSHKIN, Yu.G., doktor
geograf. nauk, prof, otvb,red.; DEGTYARI,.V.I., red.)
KHISAMOV.- A. V ograf. nauk, red.;
kand. ge
]KT-A-KHOV.-A.,, red.i.GORIKOVAYA Z.P.i takhn..red.
(Agricultural geography of Samarkand and Bukhara Provinces)
Geograflia sel'skogo khoziaistya Samarkandskoi i Bukharskoi
oblasti. (By]Z.M.Akramov i dr. Tashkent, Izd-vo Akad. nauk
UzSSR. Pt.2. 1961. 323 p. (Materialy Z6ravshanskoi ekspedi-
tsii SOPS AN.UzSSR, no.1) 4. (MIRA 16:4)
1. Akademiya nauk Uzbekskoy SSR. Tashkent. Otdel geogr4ii.
2. Nachallnik Otdela sel'skogo khozyaystva Gosplana Uzbek
skoy SSR (for Degtyar').
(Bukhara Province-Agricultural geography)
(Samarkan4.Province-Agricultral geography)

RYABCHIKOV, F.D.0 inzh.; KUSTOBAXEV, G.G., inzh.; SOKOLOV,, V.A.,, inzh.;
)MSAMOV, F.N. I inzh.
Accelerating the cooling of sheet steel in ban furnaces.
Stall. 22 no.8:748-71+9 Ag 162. (MIRA 15:7)
1* Magnitogorakiy metanurgichookiy kombinat.
(Furnaces, Heat-treating)

ASIAFIYZVA,, M.S.; KLIMUSHIN, I.M.; KHISPZIOV, R.B.
Using the specific resistance ot-iZ@6ks,in thu testing of mothods
for determining the permeability of tex-rigenous layers. Geol.
nofti i gaza 5 no. 5:42-@44 ]4y,161.. (MIM 14:4)
1. Tatarskiy nauchno-iseledovatellakiy neftyanoy institut.
(Rocks-Parmeability)

-,- ` 1 -4 - I-- , I--, "I
'RE,
- I I Oll
7 1 a
..@ M -M M.1.10SMIN-1 %:III=. "
lm

KAMAT, GiVaIMISAMOVA, Z.L.
Trichlormathylparatolylphosphinic &old and its derivatives.
Izy.Kazan.fiI.AN SSSR Ser.khim.nauk no-1:59-61 150.
(HUM 10:5)
(Phosphinic aciam)

@CA
thk (4 a.) alki E. till, rmmd. IICI whilf-I 2 him" f1wo tv.
Attlailit of cists-lian Iftfackladdis ad Wit" of twivaile-
Z' I" Khi%`nUV# 4441 0111111 KAftfAf-
A. L Arbug"d-awsirl.-Inst.. 2W. O&k"
Chem.) 20. 1 cf. C.A. 41.
Alw@'J; 42, mW-IMets, 44 Ow tirgiss R11(f)NI)t 1! its P.
"tilin
urcel,- I'&M'd
(40 41.) MiJkled Alml'i ID 13-A 9, W011'and 110-2 ANNIll
in 100 nit, RIO). fellusted 31) nalts., let ostand OVWU Itt. Oml
lut"J. Saw X-@ tits 107-0* dt I Sit its;
I -Ow. "V I'SwA, .1lich PWif *a It CU, 4,44; ol'a
Ittel 'a X- ellef fAve XA1#)l(O)mk'.
I C1 RV JAM: this boded with onsI.
2 it evAlid. Kayt SmirplMoll. in, ilp-tNI.
michaeli" B-. 31, Imom . Addis. of 12
toll-AX-Ccl.ca
Rjt7'(-)P(= rieldive
M'=1v-"M1.'d: 1,Zj2R,
ftV I'AhIlu. SintlLijily. HIM gave
v it 1.1m), d
Which Wlell" 2 hill RV 1.813N,
Pi. th, it) I,.
d; NVG 1-510, while addn. o(M S. CCJs Ill
llluxl?hollilr@ ft0imrd Its' refluishig 2 Jim, Ceirf R.
L32#11)
Al's 1.31M,
tw'llnlly eval.l. "fill 110). (is
V10. A tru-
ti,411 Aht-tt *ilb J-1011 SAVI! fit 9',-e.
Its M-all.dl I Ittlill. -4- it loys". *If l."Wim, ishich
.1 first. with tl@i saw L4, 1,117".
4vw.), it's I'tWO. NJ,- 1@61M 01,l h*-Ar"Iv-.i- r4w I(Mr.-
A, Ill It. eel, with M 6
I.N.44mit" s.#%r 12 jt@ Its IM-70% -1:
dill I :A) It. ftj'- I.N17.1) (IsyAwl"@' withm"i'd. IIVI
jAve the Ifur iwW, 'it. JAV, At Alhis-0 sk% Abilw.
YWuIc4Il*I.3-';
silt 1.11sr2l. Alsit'll hV.kt@l with hffl Ir4VC *114 MINO).
whilr
Vel. Ill list) I" it: vzva' kt"s,
"J" L411111.411s, ilt)-11.1011 i4lt'l T."', -
I.Wo Is 'tl.*)Yjol"..J."O'jx@j@ . 'it# I. imii
M6 (10 C.) all.) 11.2 ps. C"4 #@4003 *11111"( I'll"11116M.
Cl and SK's, IM3.011(t)).
k,-Ilu
Oftes-iia. Is, IN NV. .1: .1.11 L=1,0, mV 1.42w.
0,11(iflorl) Il0mIv-il sit 111CI&CW(hif v%viltuattr k-kut% I.,
the 11-1111,414till Of Ill 1114'r he na'.M thA the
mitits. ill Ilse inUil AO'Ch ftwis Oil, ptiqscstisrs ill
41kAle-I hit jill't Px@'k. Amn, M, 213;tw!).
*It hough I tic NJ, Atj@j 11. 14.4 ,htie w,%ti u.%sj foe Ilse lictim I

i0l
Gil sw 10.13,11W
a
Uia

AilCls With cixiling to 37,6 g, (MOU)s M 872 s. prri6m@
and 4410 "A. it JUP, followed Ly starmlinS ovm O.V@2(
vnirLmy" u-41 Ar-, A@nq@x pv@'oq distn of the filti ate
rolne 01 g" 6XIII,cmi.O.'IS47 w.71-21. it._44-60.:
alazi @ Mth higlier-boilinir prokiticts wbiell litopicd 10 !K,
Ir
(Crzo@;Ajc -7', dia I SQ5 I I
I'M3. f % lostautly dtolynd by,W) ykfijhle@
M, 4 and Ut#01- t*
Adila. of t to (C1110, )t, lizi pyrigin
hbove, save ar unitutcd yield of 11. r Ifeatinc W s-'A3&,0,
clt 56.4 -. (Cli$OEIII 30 min, at 14G4,0', follom-ed.by,
-titIUVI k2thIg Ultittr W;lfCr-PUtqp *4rUilki for reftmal
HtO, gave 92.4%, 11, Aildn @f 6 K. _-A&CI4 j
to 16 K. 11. follitived by 0.0 lit,. Itcating to UmEated temp.,
"C%.L
.I)r 1. lit C4_7*. l@eIlkl.,tinF 5 It. I( witit W tit
L
U10 rwii: MOi. 'r(I 51 g. 11 in CCti Waarliftd w(jil tj>oi.@
;11.q 2-4 f. M; the ri-sulting vpt. of (CfI:O)jAS(0ffXOC'Tj)f;
jo, 12-1 (Miglund, C.A. 23, 595), %,as scH.* and tit-: filtraje
yie.Ming 712.2 g, grec-ni.4 lacrinintolry liquitt. Wrod-
fiic(l 11.5 (CIW.4sI;rA, bli. 60" 'Q' 2 (1070, 2.rMH,- jj'V
LM'M Thui, 6u: i,@tcvlowdy prat;vtvxi, )f thi
"104@talmc' lit, 121' (Cat. 45, t0triall in ill Onvr. 6. bl
U..Q ('
tjlt initially formit ((CTf)()h12'UOCl(3clII OCtjh@@..
1, Irydroiyml hi handling tot lie ncidic produti Sivm above.-
Ad& of 20 1 to 3 A WWI in 9@2 g, pyritthic and 2W
nil Elio @Ittcvolhj;' tilowed by I l1r. reffivc, gave 3.6 X.@
bit W-L*, d.* 1-QIC'jj_d.W 1.010,ir
(Rr 91toWItL followed by d.L d.11, mid itT, Eli b1i
J1.5MI, I
1.47,M, .1,4788; Pr; -bit 74-5 , 1.4188.
14702*
On. bit 934, I.,=4, i.3764. 1 A785; n-Callu. bit
lio-l" I =, 12813, 1,47421, n-ClIfis, bit @ 130-lo,
171: j.j,lfl5, rMfin, r iii-allm b, 110", 1 4440.r
37; -18% IM10, 1.2041, 1.4744, .'c)..!'
.14., In 117
Its* 1 '12-to, 1A10. ((rMtl - 4L@@Cjd_
el @11*11 1@ I I
b JXP.-IM87: IJIMO. 1.5716; A
III. I I c I v a I y tr d b y I I - 0 y Ic I f I i i tA0 1

..... . . . . . . .

spar* on a a a d S via us Ana

f. _ z
L. ldwmava and
CD

11)15-1 4 Onv'-Cyclle ters 0
es
len6at t@@ 'Xap'l (R' - alkylene radicAl) wem
,
obtained 2 procedures: reaction of ArAsCil with the-i
l
l I
r
i
es
yco
nce of 2 moles p3TidIne or by heatInt
n p
a
ArAsO with the itlycot without any water-abstracting agents
h
(met
od not &4@rtbed fuythcr)d The products obtained art
listed, below; the 26d method geno ally gives somewhat
R'
bat
ld
ld
i
i
h
d
d
i
R
e
e
s
er y
es oft
ucts an
o pro
, propert
,
y
s (
art listed in the same o
rder as the pnxedure3 cited above;
all d.: and x values are for. dw rind W9 )., Ph. -f CH,)t-:
W 6% b, 12146 d 15385, ri 16100- .64 5%, Ih 122-2.6%
@@C[1;),' 45.6%. bit.

d. W9, 1WE
13"', -5"
-in 134 1- M. N 137-44', ru. 134--S*., N.
CHMeCH,-, 65.3%,1C, d. n 1.6540;
74.3% bu 168-9*, d. 1.3677, is 1,5512.' FA, --@Cfhl
.62 1% his 13"* d 14618 a 15993-- OW
d.
, bit J33
,
,
r-
L@OB: n 1.4642' _(C111bo(CAr, 'I,' W.3%, b,,
i1
'
*
1

71-2
, d. 1.4501. ft LWI-. th 10
w
, d. 1,4594, m
-69,8%,
IASPS
Ph
20
1
b
JW
M
80% - :' .-
..
,
.
,
,
'
,
,,,
bo 178-09, m. 85-61, Heat ng 60 g
@
A5201 wid 80
4 g.
,
.
HOCH,C[1,011 in a disq. app@ at 150* Irr-20 min., re-
ix
tuoval of the HG bs vativ, and distri. of the
02.4% 16-CITICar.-OlOCIM11 1), lW-111. G. M. X.
-
-
77
Bw

&MY, Gillm.1 laLI2!OVAjZ..L.
.Synthesio.of now arsenic-nitrogen organic compounds with the As-K
bond. Dokl.Aff SSM 105 no.3:489-491 N '55. WHA 9:3)
1. Xhimicheekly Institut imeni A.Te. Arbuzova X%Lanskogo filiala
Akademii nau S=.
(Arsenic organic compounds)