SCIENTIFIC ABSTRACT YUNUSOV, A. YU. - YUNUSOV, S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963120019-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


TMSOV, A.Mi., skademik, otvibred.;. VOLMKIT, A.S.. prof.. red.; TZRAW 1,
red. XMILOT,.1 1.".kabd.. red.; KHYZFMKOV, A.N., kand.
07
biol,mauki SAM , A.S.,-prof., red,; SAGATOV, R.S., kand,
ved,niuk,, red.';. TMUMOV, TaAh.j kand.biol.nauk, red.; KHAY=--
I)INOY, XhiSh., kand.biol.naiak& rafj; KHA~HIHOV.,I.Kh.. prof., red.;
YAKDVMO, TO.P., red.i2d-va; MMKOVI, V.P.q,tekhn.red.
-.17spers from the 7irat Conference of Physiologists. Biochemists, and
Pharmacologists of Central Asia and Xb2akhatan] Haterialy I X3nferenteii
fiziolog6v, biokhimikov I farmakologov.Sraduel ~ftii 1 Xazakhotane.
Tastkent, 12d-vo Akad.nouk Uzbekskol 85R, 1958. 647 p. (KIRA 12:3)
(Continued on next card)

TUSUMJ67u.-(continued"' Card 2.
1. lonferentx1ya fiziplogov, blokhimikov i farmakologov Sredney
.Azil i Xazakhotans. Ist, Tasbkent, 19-57. 2, Akademiya nank
Uibekskoy PSR, Tasbkont (for Y v. Turskulov, Khayratdinov).
unuzo
Meditainskiy Instituto Tasbke-ntTfor Volynakiy. Sadykov,
Xhmshimov)b 4. Sreauessiatskly gosudaretvamW univerBitet,
Tasbkont (for Israel').
(FmlwOGT) (BIOCHEMISTBY)
(PHMWACOLOGY)

am
TQTSOV, A-yu.; Hkmwwv, VANHIDOVA, R.T.
affect of a Predominantly protein and carbohydrate diet on
-9alt and water metabollIam at high teMeratures. lzv.An UZ.
SSR-Ser.med. no.205-44 '58. (MIRA 12:5)
le Institut )Wayevoy neditsiny AN U2SSRO
(BLOM~--AN"YSIS AND CHEMISTRY) (SALT IN THE BODY) (DIET)
(HUT-FUSIOLOGICAL EVMT)
:1

YMMOV, A.Tu.akademik
7mational cbanges In tbj3 digeBtlire organs at high teimeratures.
Izv.AU Uz.BSR.Ser.med. no.6:9-19 '58. omi 22:5)
1. AN UZSSR- 2. Laboratoriya fi2itlogli Instituta krayevoy
neditsiny AN U2SSR-
(DIGESTIVB WWANS) (EELT--MSIOLOGICAL EFF&!k)

IV 0 S u
41
111 Maj
i1 11-11 Hll 1 1;112 "1 Ill a fills II I
tm I Jai
k '
I all'
41-
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ISIS

P9
MMSDV, A.Yu
x,, skademik;IVMIDDVA, R.T. .kl~

TURAUWI Ya.Xb,; 7UNUSOV., A.Tu.., doictor ned. nauk, otv. red.;
retsenzent; TEMIOVSKAYA, R.M.,
Ted.; KARABAYEVA., Kb.U.., teklm. red.
jBibabord,stry'.of t)WToid bormonev in boaltby w4 patbological
6tatOB]'Biblcbiniiu g4ormopoy shebitovidnoi mbelozy v norm I
p~ri tiTooldnoi patologii. Tashkent, lzd--.o Akad. miA Uzb,--k-
skoi SSR, 1962. 221 r. (MIRA 15:7)
(TMM:ED BORMORS)
(THYROID GLAND-DISF-ASES)

yousov, A. YU.
" Water-salt metabolism in a hot climte 9
report submitted for the UNKSCO/India Sy#posium on Enviromental
PlWsiology and Psychology in Jkrid ConditionB, Lucknow, India 7-13 Dac 62

i-11.
i_

YUNUSOV, A.Yu.; P.LXHIMOV, K.; SAFAROVA, S.N.
Ap;rlolyuc~sctivit7 of the,.PFLnrreaf3, live and -2 testd-ma vmder
r In
thie condi tionf3* of high toraps-ro-ture and insolation.- oUzb. biol.
zhur. 9 no.4235-38 1650 (MIRA 18:10)
1, Institut k.rayevoy meditisirq AMN SSSR.

ITUIT~q-,.
u. RAKH IY
DV, K.; YARUSH5 7-.N*
S om edata on periviscural and parletal digestion in "he she-Ap
intestlnes. Uzb. biol. zhur. 9 7io.5:32-35 165.
(MIRA 18- 10)
'kiy
1. U2bekskly InstItut krayevoy, meditainy M SSSR i Uzboks.
nauchno-issledovatellskiy Institut zbivotnovadstva.

A WN

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ACC NRI
foot. cthe,
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1-059
2bo
14.5
5/147/60/000/003/018/018
AUTHORS% __ ~unus~ov. P~.8. and Zhadin, G.P.
TITLEs. Computatlon.of the Setting Up Dimensions in the Strip
~Method of Machining Double Curvature Surfaces
PBRIODICAL: IzIvestlya vysshikh uchebnykb zavedeniy, Aviatsionnaya
tekhnikas 1960,.No-3., )PP-135-143
TEXTo, Previously (Trudy KAJO Issue 41, Kazan, 1958), the senior
-author proposed aprocedure-for computing the machining dimensions
forthe strip met-hod of milling,of surfaces defined by coordinate
points ln-reference~cross-sectlions. ~.In the present papert a
single computation procedure is.presented applicable to intermediate
and finisb machining operations., The surface has one cross-.section
with the-largest curvature,- which ls_~found by comparing all given
parallel crosB-sections. When,the curve is,replaced by a broken
line deviating from it within the given tolekances, the equatiens
of equi-distant curves separated-f4rom the nominal curve by the
amount.of the upper and lower limit deviations must be known.
~_,An-allowance Is defined which contains the allowances for
subsequent o rat,ions,,errors of shape-, setting up errors and other
-.manufacturing errors. In intermediate operationrj,, this quantity is
Card 1/3

84059
S/147/60/000/003/018/018
E-91/E481
Computation of,the.Setting Up Dimensions in the Strip Nethod of
Machining Double Curvature Surfaces
in.-the--direction. of . increasing~_size___to_ the- lower -and -upper
limit:curves.- In the finish machining-operatiom, the appropriate
value of this quantit3r'is struck in the direction of reducing the
size from the upper limit curve. The so-called reference
deviations are the result of adding (each with its appropriate
sign) the upper or lower tolerance and the allowance quantity.
An analysis is-givenleadIng to the computation of various
Machining dimensions when a given double curvature surface has to be
machined within a given tolerance. First, the given curve is
replaced by a broken line consisting of equal length sections.
Then the method is extended to the case of a broken line with
unequal lengths of its sections. It is stated that the proposed
,method of computation was tested experimentally under workshop
conditions in its application to the machining of jjpges5~of L~
production aviation turbine. It is claimed that the machine time
was reduced by 60% due to a reduction in the number of passes and
the elimination of a turning operation (thus also saving the tooling
vap of a..copying lathe). A numerical example is given in which the
Card 2/3

84059
S/147/60/000/003/018/018
E19-1/E481
---c6mputation:of-tbe.Setting~Up Dimensions- In- the Strip Method olf-
Machining Double,- Curvature. Surfaces-.
number.of strips (passesl the width of the strip, the distances
between tracer rollers and the diameter of the tracer roller are
computed for the aerofoil part of a-_S~q~_turbine blade spec;3.f ied
by coordinate points in reference cross-sections in terins of' a
rectangular coordinate frame. For surfaces with a convex
longitudinal cross-section, the limit should be given in terms of
minimum metal and for surfaces with a concave longitudinal cross-
section, in terms of maximum metal. There are 4 figures, I tabIE-
and 3 Soviet references.
Ass Ot!4t!6t4t-,-Xaza-nskiy-avia-tsionn-yy--insti-t-u-t .-Kafedra proizvodfitva
aviadvigateley (Kazan Aviation Institute, chair of
Aircraft Production)
SUBMITTBD,:- -May'O 41 1960
Card 3/3

30258
000/ 09/014/01'
S/145/60/ C?
D221/D304
AUTHORS,. Zhadint GoP.9 Candidate ofTechnical Sciences, Docent,
Troyanskiy, N.Spo Senior Instructor and Tunusov, F,B_-
Candidate of Technical Sciences
TITLE; Calculation o'f angle of-rotation of the workpiece in
a pass1or machine toolsp type PW ~l (Lsh,--I)
PERIODICAL: Iz.vestiya vysshikh uchebnykjh zavedeniy. Mashuio-
stroyeni*, -noo.g,, 19609 136 141
TEXT: -When machining of non-circular surfaces by longitudinal
passes; feed is:ensured either by.parallel.motion to one of -the
axes of coordinatesp or by rotation around the axis of holder, In
the first arrangementq machining is based on the composition of
three simultaneous elementary motions. One determines the speed 0~f
machiningl the second - t'he feed, and the third forms the Tracer
feed which is determined by tl~e templateo Each of -these motions is
,simple In iWselfq whereas the resulting displacement is invoived,
These machine 166.1s are-usually provided with a constani feed per
Card 1

3/145/60/000/009/0-L'4'v
Calculation of angle of IU221/D304
pass which reduces their efficiency,-but allows9 hoNveverQ the use-
of one template (cam) onlyc. The maximum angle of rise in the pro.
file of workpiece is taken as a babe to ensure machining wlt,lvin
the allowed limito Similarlyp in~the case of machines wi.th rotary-
feed (Pigs, 2), the magnitude of angle a of rotation around axlzi 01
holder--3hould be set over the most distant part of the surfaced
The temp-late is placed on the.common horizontal axis 2 to ensvre
the production of specified form of the workplece 1. The former i.-J
in Dermanent, contact with tracer fol"ower, and executes togethez-
with it a reciprocating motion. To determine a ic is necessary to
'have two positions of cutting tool at a distance, which wovid, er,
sure that roughness between. passes 'would nol exceed -c-he allowanc-e
6. The author then givea a mathematical analysis which resu-It's in
a graph relating a and the diameter oftool dp radius of rotat-Ion
p and 60 Consequently, when -t-he latter quantities are ape.,_Afied,
it is Dossible to determine the angle of rotation per pass aq ivi'len
machining d.Lacrepancies will not exceed the allowed "Limit, The
choice of two extxeme sections ia due to -the usual specification
of calculated sections for in-volved surfacesp such as gas turb-ine
Card 111,7

0 58
S/145/60/P06/009/014/017.
Calculation of angle of -D221/D304
blades etc. The most advantageous position of the axis of rotation
of holder (or component) is'determined by tracing through three raa-
ximum distant profiles of the wo,rkpiece "11P M2'and D13 (Fig. 5) a
circle with radius pand coordinat.es of its center 01 - x0 and yo.
A set of equations determines.these quantities@ A numerical exam-
ple follows the above. Calculations for a slightly twisted surface
-.-indicate a marked.differencel,in the angle a which increases with
very~tviisted shapes. This :Ls examplified by existing machines,
where this angle is less.than.'60.There are 5 figures and 1 table.
ASSOCIATION: (Kazan Aviation
Institute)
SUBMITTED: April 12p 1960--

32027
S/145/60/POP/005/009/010
D221/D301
AUTHOR: F.S. Yunusov, Candidate of Technical Sciences
.TITLE: Inaccuracies in the foil of a blade as a function
of the diameter of the milling cutter
PERIODICALs Izvestiya vysshikh uchebnykh zavedeniy. Mashinostroy-
eniye,,no- 5, 1960,112 - 119
TEXT: Fig. 1 indicates the distortion of a. specified pro-
JiI6 due to changes of the initial diameter of the milling cutter. The
,maximum error takes place at the edges. To produce components within
the allowed limits of error it is necessary to find the effect of cut-
ter diameter on the accuracy, as well as the minimum diameter for re-
grinding of the cutter. Assuming an allowance along the normal, the
limit of regrinding is given by r u - r. where r 1M is the tool
radius after sharpening, and rm is the radius before grinding. After
sharpening, the center of the milling cutter must be shifted by 6 in
order to bring it into contact with the workpiece. This shift is given
Card I

32027
S/145J60/000/005/009/010
Inaccuracies in the foil ... D221/D30I.-
by 2 2
(~Pr + rf) [COO p.r 'f sin 0] (6)
where Rpr is the radius of the contour,curvature at-the given point.
The actual profile of the workpiece produced-by the shift of center
ofAhe tool with the changed diameter is
X0 x
70 0 (7)
-V I +r, ~XT x7
where Y0 - 7 On Portions of profile beyond the contact point of
restarted milling with the reground.tool) the inaccuracy will be due
to change in the initial diameter of the milling cutter. The distance
between the intersection points of the norzml with the required and
actual profile will respresent the machining error at the given point
Card 2//-,

32027
s/145J60/000/005/009/010
Inaccuracies in the foil D221/D301
14 (x - XJ2 + (y _ 7 This error can be determined when the
0
ra.d iua of curvature ofIthe profile is knovn. In thelaboveg x0y and x01
yo are the coordinates of points H and Ho of Fig. 3. The inaccuracy
of the specified profile at point M is evaliiated from the triangle 00,
M~ by
OR + Cos r"i (R r)2 2 sin2 (10)
pr Y pr +A
The~zacbinin.g.11 error after tool~sharpening is obtained if the angle
of inclination of the curve is7known. In the case of twisted components,
or Workpiece with variable cross section, both the root section and the
neutral section angles are considered , The profile obtained depends
-within Jimits on the correct choice of tracer follower and the diameter
.,of the TheFfimal-fora -of --the --error -equation is
cost
A

32027
S/145V60/000/005/009/010
Inaccuracies in the foil ... D221/ 'n 301
The limit diameter of the milling cutter, d1m which ensures a profile
within the pernitted limits is given by
d 2
lm ~ dm - I - C085F"
.,A numerical example is given. Further use of the reground tool should
be made possible by a co-rrespDnding'change of followers. The establish-
limit of regrinding of the-cutter permits reduction of the sets of
tracers, and an'increase in the operating tine of the milling machine.
There are 5 figures, I table and 4 Soviet-bloc references.
ASSOCIATICES Kazanskiy aviatsionriyy institut (Xazant Aviation
Institute)
SUBMITTEDs April 25~ 1959
Card. 4/

khn.tauk, ilotsent; starshiy
p"podffate2l

YUNUSOV2 F.S.; TROYANsKly, N.Se
GrindiM shaPed surfaces on tbq LSh-IA machine t~oojs. Trudy, YJT
no.704.3U-.158 162.
(MIRA 18:4)

1, 552~2-65_
kc-EsSIM ITR. A15010373
c.atti.ng foTca; which plays the PFIV' 1111 Pt"",
cutting force equatioli as ~;I'vcn by 17.
2 Z
-mzer, ty too-ri 1. Protsessa i: e zani~m' me t. !L~'o
wheTe F" - armss soction of cl-ii, ---it bv Jl'p
--n zutting, k - coefficient dependirr i~-n th e cln;
i.7-Iontal angle). After mo~iifybn~g Lhr-
,i):-aai,,e particles, a set of lenEthj- ej,.;.atim
~)aloulat-e thie cut"Jmg fore3o m3 P_ fi-m?t-ion I-f tool;

A~TWW32
_7 WICODE: _URj629/6Fj(;60jef0'/ol4h/Ol58
PUTHOR: Yunusov, F. S.; Trp-vanskiy, 11. S.
ORG: Hone,
TITLE: Grinding complex surfaces on the LSh-1A grinder
SOURCE:, Kazan. Aviatsionnyy.institut. Trudy, no. 70, 1962. Aviatsionnaya tellnolo-
giya i organizatsiya proizvodetva W-lation engineering and organizattion of produc-
tion 144-158
TOPIC TAGS: abrasive, grinding, grinding machine, shaping device
ABSTRACT: The authors discuss various Problems encountered in using 'an abrasive band
for grinding three-dimensional complex shapes. The abrasive band is an elastic in-
strument whose work capacity depends on contact with the machined surface. Band grind-
ing is normally accomplished by using a working contact-roller with a radial genera-
trix. The abrasive band passes overithe.working roller and conforms to its shape.
However, in machining noncircular surfaces, contact be 'tween the abrasive band and the I
roller varies. As a,result of this, the cutting angle, chip cross section and stresse-1,
vary, -Thesechangesin the abrasive band produce uneven elongation and destruction of!
the binding and abrasive. To avoid this a rotatable grinding head has been introducedi
Rotatable heads ensure a right angle between the axis of rotation of the working rollet

L 4560D-66
NRI
AT60lh332
and the normal to the machined surface. ribe kinematic.diagram of wicelal machine toolp"
equipped with rot.atable.grinding heads does not differ~.from that for the LSh-1A special
duplicating-grinder equipped with a swinging head.- The authors consider the kinematic
diagram.of the grinding head asnembly for thin machine * 1he kinematic and hydraulic
diagrams for this unit are given. The grinding head for thia unit awinga about the
axis of the working roller. Particular attention is paid to the working contact-
roller which Is the basis of productivity and maximum efficiency of the abrasive,band.
Abrasive, band photographs are given for bands used with and without grinding heads. Ar
analysis of aU of these factors may beused to determine the optimum dimensionsifor
the.,eccentric and the shape of the machined part. The dimensions of the grinding head
assembly are alsoldetermined. The optimum generatrix of the working roller is deter-
mined and tbesbape of the machined product is taken into account along with the rolle
width, depth of grinding and the swing angle of the grinding head. All of these fac-
tors contribute,to maximum utilization.of the abrasive band and the machine tool. The
results of this-analysis also show that an additional gear should be added in the kinel
matic chain for nachining both convex and concave shapes. Orig. art. has: 7 figures,
23 formulas.

UMMLIIANTS, G.A.., L71av. red.; AZIMILMIOV, D.A., red.; VENCTRSKIY,
V.N.j red.; YERE904KO, V.7e.., red.; YERSHOVA, To-M., red.;
ZINB, T.G., red.; KOVYNET, R.P., red,; RE-MUT",MLOV,
red.; SIJTKEI, LZ., red.; TIMMILROV, A.!., red.; YMMULM,
geroy SotBialistichemkogo Truda., red.; AKREMV, A.-J,
BAMIMM9 A., telcbn, red,
IYateriala of t7he Conference of Agricultural WorIvers of Central
~Asia$ Azerbaijan., and Southern'.Areas of Kazakhstan) Materialy
Soves~hcbantya rabotnikov sellskogo khozyaystm respublik
Srednq Azii, Azerbaidzhana i iuzhnyU oblastei Eazalkhstana,
Tasbkent,) 1961. Tasbkent,, Gos. izd-vo UzbekBkoi SSR, 19622.
358 p4Za 7-abotu., tovarisbebi Mopkorobyl) WIRA 15:3)
I.- SovSAcbaa79'rabo#ikbv- bell skogo -khozyaystva respublik
Bredney Aziij kerb4dzbana i yuzbxWkb oblaotey Kazakhstana,
Taebkenty 1961. 2. Preasedatei, kolkhoza ineni Karla Marksa
OBbskogo, rayona Kirgizp3roy M (for Yunusov)*
(~Oviqt Central Asia-Agricultural workers)
(Azerbaijan-Agri6altural workers)
(Razaicbstan-Agricul-tural workers)

MsthoJologj of calculat-Ingvater 'balance in reiation
13gT4.cu1,;ura1 activity on the drainage area. Trud
Y
no.127slOI-127 165. (Y-ae

TUID-USOV 1. Xh.
Yunusovj 1. Kh. -- 'Working out a Rational Hathod of Cleanjpt~'Out Hassive Sand Plu,,3. and
Reaming (ra%burivaniye) the Cement Te mi; inal Portions of' the Boreholes Ath a
Engine of SmaU. Overall Dimensions." Acad Sci USSM, Inst of M0.qco.-;, 1955
~(Plssertation for the Degres ol Candidate of Technical Sciences;
SO: Kni7,hnaya Letopis No.. 24~, Moscow.,Jun

YWMOT, 33* 1.,,, red.; MIKM"B, &,-, red* i2d-va.; AGAYWA,
red.
[Removing compact Pand corks enA drillirg bootlegs by small
bottom-hole drives] Chist)w plotrqkb peschapykh probok I
rasburivanie teamentpykb stakanov zaboinym dvigatelem malykh
gabaritov. Baku. Izd-vo Akad. nauk Azerbsifthauskoi SSR 1958 69 o.
IMIRA 11:12)
(Oil wells--Repairing)

03MOAM, X.M., IMBOY, xh..TA.
3)IscOrve27.cf amterUB in IM&IMRl 128=iR in & male, Rhirargila
U0.2'.68 7 155. 8:5)
I. MrAnx--gicheallm7a klimika TaBl*entskogo reclitsinDkogo inetituta
Imeni V.X#-Molotova I Institut peralivxntya krovi U2bekskoy SS.R.
(EMIA. INCIMM1,'corLD11 cati one,
hermaphroaitism, uterus in hiernix In nale)
11PERCIDITI-SM, c0implidAtions
hernia, Ingalualt uterus In hernia In male)

YUNUSOVP L.
"'Structurall-Mochanical and C0jl04d-r-t_,-:!L,:?Caj Investigations of tie Takyrs
(claylike substancea) of Turkmen SSF.1' Cand C-11"em Sci, Inst, of Chemistry, Acad Sci
Uzhek SSR, 29 Dec 54. (PV, 17 Dec 5,4)
Survey of Scientificand. technicalDissertntions Defended at USSR Higher
Educational Institutions, (12)
SO: Sum, V'o- 556, 2-4 Jun, 55

- .I - -I - - - - -- - ---
7 i- -
1; ~-- FWAVAIRMW

t ~ ~,
STARODUBTSLIT) S.V.; YOUSOV9 M.
of gamma rays on ruby fluorescence yield. Yzv. I'll Uz.
SSE, ler, fizi-mat, nhuk 9 no,18111-113 1659 OUIU, Ax6)
1. 1nstitut yadernoy f-Lzlki AN UzSSR,

23076
~oj 111060 S/078J61/606/006/002/013
00 Bllo/=6
AUTHORSs Glukbovp Io A~p-Davidyants,.S. B.y Yunusovp M, A.t
Yeltmanovall 11. A.
TITLEt 041orination nechanism of rhemium heptaBulfide Re 2S 7
PERIODIPALs Zhurnal m"rganiahaskoy khimiio v.-69 no, 6, 1961, 1264-1266
TEXT: The.authors' wafited,to.determine some intermediate stages of the
rhenium heptasulfide chlorinations ReS2----~.o--->ReSC12 ---> ReCI4--.- ReC 15-
It was obvious to suppose (Ref. ls S. B. Davidyants et. alt Tr. Akademii
Pauk Tadzh. SSRP-1958v v- ~A, no. 2p p.- 105) that besides these known
stages between ReB2 and ReSC12' the intermediate product ReS2C12 was
formed. Saturated sulfides (e.g., that of rhenium) react readily with
.free chlorine, while saturatedoxides react only at red heat.
Cl Cl
S-Me-S + Cl~~S-Me-b forms probably in this connection under opening
of the first double bond, followed by the opening of the second ones- Only
Card 1/4

23076
-/078/61-/006/006/002/0's 3
chlorination Mechanism of Thenium B110/B206
substitution, is possible for saturated-Re 2S70 As the valence of Re drops
from 7 (Re2S 7 ) to 5 (ReC1 5)~ the reaction must take its course over a
-number of intermediates., The synthetic . Re-S_. reactIa .- with chloriIne already
2 7
at low temperatur es. It should therefore be possible to observe a number
of unstable Intermediates.under mild reaction conditions. Re S was
2 7
-sulfide, (8%, -sulfide sulfur). Aftervaihing out by decanting with-hot
,,hydrochloric acid (70-60 ml concentrated-ECI to 1 1 H 20), drying took
~Place~at 1600 C in:a CO 2 purrent,. Inorder to prevent exothermic heating,
a dry_chlorine-carbon dioxide mixture (C11CO 2 - 10)"was conveyed through
3-5 g B62 S7 in an electric glass furnace. The optimum temperature was
established to be around 1200C during experiments at temperatures between
and 1800C. At lover temperatureep chlorination did not proceed
,quantitatively). and at higher ones, the intermediates were chlorinated
further. Inthe~Co currentt the water was first totally removed, then
2
Card 2/4-

23o,76
S/078/6!/OO0'!Oo6/002/013
Chlorination mechanism of rb6nium B11O/B206
of 0.2 1/hr for .5 hr at
-introduced at a rate
the Cl-CO mixture was
2
11000C, and.for 2-3 hr at11200C-under development of sulfur chlorides. The
intermediate obtained was well soluble in water and alcohol in contrast
to the final productp thus making it possible to control the completeness
of-chlorination. The elementary analysis produced as the average of three
Investigations: Re =.61.12; S = 15,29; 01 = 22-375-~, which agreed with the
calculated values for Re S Cl The rbenium thiochloride formed probably
3 4'
according to Re2S7 + 4C12 - Re 2S3C14 2 S2C12i; is an amorphous (establiumd
roentgenographically,), dark-brown powder, well soluble in water and ethyl
alcohol~ insoluble in gasolinep chloroform and ether. When its aqueous
solution is acidifiedt alkalized and boiled, hydrolysis takes place under
forantion of a flakyj dark-brown precipitate and formation of hydro4~hloric
acid,. It Is oxid12ed in alkaline-solulict by bromine, chlorine and
perhyd.rol to 'alkali perrhenate. In order to investigate its furthey
reactions~ dry chlorine gas was introduced at 400-450 0C, ReCl and -sulfur V
5
chloride were formed thereby. Toward the end of reaction, the furnace was
kept-for one hr at 4000C,- A light-.brown powdery residue was then formed..
Card 3/4

S/078J61/006/o06/002/013
Chlorination mechanism of rhenium B11O/B206
Its analysis produced the thiochloride of tetraval6nt rhenlum ReSCl the
2'
analysis results of which in-%: Re - 63-91; S - 10-56; Cl = 23-71 agree
well with the calculated values. Thus, thoaame intermediate thiochloride
0
product formo during the chlorination:of Re S C1 between 400 and 500 C ao
2 3 4
during the chlorination of Re$ 2 2ReS 2 + 3 C12 - 2 ReSCI 2 + S 2 Cl2 and
2 Re S Cl + Cl 4 ReSCI + 8 C! Further chlorination of ReSCl at
2.3 4 2 2 2 2 2
450-5000C leads to.theformation of volatile Re ICl which concludes the
5t
chlorination process: 2 Rescl 'A Cl 2 ReCl + S Cl The entire
2 2 5 2 2'
chlorination process of Re2S7-pr oceeds in-the following way: Re 2S, 7->
Re S Cl ---->ReSC1 -->ReCl --->ReCl The separated-thiochlorides
2 477-~ 21. 4 5'
willbe studied.'in moredetail at a later dated There are 2 references:
I Soviet-bloc and 1 non-Soviet-bloo.
SUBMITTED: P,~Ly, 1.8, ,96o
Card 4/4

5/078/63/008/001/010/026
B101/kI86
.'AUTHORS: Glukhov,.. 1. A.t~Davidrantsv',S. Be i- Yel-Imanova, N. A-9
Yunusov Ia. A.
-Synthesis of Aenium sulfidee-and oxys'alfides from rhenium
4hiochlorides
PERIObICAL: Zhurnal~neorganiolieskoy,khimi4-, v. ~8, no. T, 1963, '94-95
TEXT: The synthesis..of the hitherto unknown compounds ReS, Re S Reos
2 31
and'Re S 0 is described.' ReS was. obtained byheating ReSCI in a current
2 3 2 2
-ation.of ECI begins a
of.hydrojen. The liber t 5500C. After 1.5 to 2 hr the
substance Is heated at 5000C until- no H01 ean be traced In the H2* In the
8ame way, Re S 'is obtained from Re 8 Cl Both substances are steel gray i
2 3 .2, 3 4'
powders which, da not change in air ana'are:more stable,towards perhydrol
band bromine water than Re and ReS_ From the b~.urred Debye patterns it
2~7 2P
is concluded that the synthetized sulfides are-oryptoorystalline. ReOS and
Re 8 0 'were obtained from Biwa and Re2S3C14 respectively, by heating at
2 3 2 2
Card 1/2
n

Q78/63/008/001/010/026
S/
Synt 4e si aof rhenium sulfides*.. ,
B101/b186
r

350 to, 5009C
in water-vapor c6fitaii,
ning CO
2' Th
e ies.6tion is terminated in
'The',oxysulfidea are blii&,, amor.0hous
2 povdeis.'
ASSOCIATION: Ifi'btitut-k,himii Akademii nauk Tadzhik,skoy SSR (Institute-of
Chemistry of the Academy of Sciences Vadzhikskaya SSR)

SUBMITTED; April 5j 1962

Card 2/2

GIAIKHOVO I.A.; DAVIDWTS, S.D.; YELIVANOVA., B,A.; )~J-W40-V-, M.A.
,?repamtioz of sulfideis and oxyaulfides froz rheni=
oulfochlorideso Zhurenoorgo~khims 8 no.1:94,-95 A 163o
16:5)
E0

SHARONCIVp LV.;,YuIjW(pIp m
N6-W data on tile geol*glnul qtrunuvi4 and- cill r;f
Pe-,: - p . -
reef massifs in-whe- zom,-of Yava-UM711 trcu&,.,3 rc;v~ric~~,
ar.-I the Bashkir A.S.S.R.). Neftegaz. gool. i geofiz. no. 10;
&11 165, U)
(MIRA 18z-
1. Kammkiy filial Vsesoym-nogo na'uchnc~-is-s~Lelo,-,itellskogo
geologarazwedochnogo neft-yanogo iwti-'tut.--.. Mcskva, I Uftmiskiy
neftyanoy nau'chno-isoledovatellskiy instItut.

m

*;R: S/0166/64/000/001/0092/0094
kCCESSION AP4025901,
kUTHOR: Starodubtsev, S. V.-; Yunusovb Ho so
.'TITLE.- The*effect oUy-irradiatlionon some optical properties of
synthetic ruby
SOURCE: All UzSSR. 1.IZv- Scriya fizi-ko-matematicheakikh nauk, no. 1,
~19,64. 92-9~
TOPIC TAGS$ laser, ;uby laser, ruby crystal, gamma irradiationt gamma,
ray, ruby color centerg ruby crystal defect, irradiated ruby
ABSTRACT: In connection.with the laser applications of ruby crystals,.
pink ruby crystals coptaining 0.2% Cr203 were studied to determine the
foFmation and stability of color centers as a function of y-irradiation.
Thq dose rate from a 1 060 source at 34C- was 350 r/sec. The ruby ab-
soiption spectrum changes markedly in'the visible and ultravioletre-
gions of the spectrum, beginning with irradiation doses of about 103 r.
....In the red region, this dose causes an increase-in density which re-
~mair'ls constant regardleis of any further rise in irradiation dosage.
Marked-color saturation was observed at 106 T. The thermoluminescence-
cemperature curvet plotted from room temperature to 500CO has a wide
1/2

ACCESSION-NR.-' .-AP4025901
maximum at 300C whose intensity is, proportional to the irradiation
Aose. Annealing at 50OC-removes radiation-induced color. When ex-
posed to ultraviolet light, the y-irradiated specimen gave off more
intense luminescence than a con trol specimen. It isconcluded that
the color changes of y-irradiated specimene may be due to Cr-inclusion
defects orvalence changes of'chromium in ruby# Orig. art. has:
2 figures.
ASSOCIATION,. Institut-yadernoy fiziki AN UzSSR (Institute of Nuclear
~hy s i es , A%,'-. UzSP)
SUBMITTEDs lOD*c63 DATE ACQ: L.Mpr64 ENCL: 00
SUB CODE: PH NO Rnr sov t ooo OTHER; 003
2/2.

7W
L 17686-65' EV r (I /v~t P (e
A 5 ( mp 2-j A OW L, ~ 3 5 a-, "1 3 /.'A r- 71 -Xi~_ FCi.
ACCESSION Na; AP40494VV"'
AUTHM Veres hch a gin. L. (,o r re E, on
S . V--TA--cT3-e1Fr c i a n A r~ U;f SF~~
Starodubts
TITLEt Coloring and lumiref;cenccl of I-ray-NI
SOURCE,- AN SSSP. Dokladyll, v. 159, no, 2, 1-i~
TOPIC TAGS synthetic ruby crystal, rul~v,
fipactrum, SamMa ray irradiation, pleochrois-In'
thermolunineseence, paramagnetic resonance,
ABSTRACT: Crystals of light-roaa synt-hetic ru,-,-
0.2-- 0.4% Cr203 were irradiatzd with -,-rays a,-~
350 r/sec and a source teipperaturf oi
of,-ordinary and extraordinary rayr vas me-2.5urad'

L 176-86-65 AP4049410
is
ACM siou UR
utchanged at highil
virtually
whic on Atid jr~:rea-u~,
region#
c% in the 420--530-"nu
,traism appea At doses On the order
in dosee the
increaSt color saturation. With irradlal~on;
noticeable
toward the shortwave reSion,
SpectEMP-r.8
due to irVadiatiOU Of he temperature rar-AE
. --A U.f. qj4rhin t

J- 17686-65
ACCESSION NRi Al"4049480
aLtion L12 44 - 1/2 is more ven3ttivc to
due to transitLons - 1/2 -Q,- 1/2, Orip, Ar~,
ASSOCIATIONS: Ins titut f 11 ziki VvIkzrokikh
(Inatitute of Physics of lilg~ Pressurca, A c a t~, e;n
Ins t i tut yade---ra--oy -f -UTV F V-&-ader, i I r, auli u

.?, -T : .
NO Rey S.Ovs 0014 OTHER: 005
Corti 3/3

L IA02P-65 pq_~
A.r-0CA&SD(e)/ESD(t) MtO/=
ACCESSION NR: AT404SPOO S/ (1000i, 6-4,
AUTHOR.
TITLE: Effeat of dlectrical treatment onexottedlurninescence in cristnt-
SOURCE: AN Uz.M. Imatut yw-dernoy Miki, Raed
va=y*kh wraftkb MmftaUon dfoas W condensed wedla). 'Ve~.,,,hkent.
UZ98R. 1904. 12-16
TOPIC TAGS: quartz cry-aW. electrical treatmeit, proton bmin~-a,-(Irlllo~_'~,;. ii,'t:
escence, luminescence curve, cru.-a-ii structure
ABSTRACT: The author studied the- ciffort of alactric-all
"rmoluminescence in anoar-gn"~ Pund near- cafliode llaxe I., of
ob6n beam with an energy- -of abou- A, I Dokekv,' tbus
pern--lit"ing th
eff6cts W a very tWin layer. The expartmental set-t.,.) is an

ACCESSION XR- AT4046906
structure by proton bombardment. It is therefore lnse-aE~Jtiw
wMch also destroys the crystal latt-ea. Allso, protcwv~ cpx. t'
pensating for defect ch-sa-gaz. -Maxima II and JJI are transformo-e-(i
Proces-fl, 0auffing a rearrangerijeat of th-3 oyJde lattice and 1,rv-nW;-
4irt,-etfon of the electrodes. The bebavior of the mthode iayerg
... osisibly of tym M wlAab am
rersixiaMble for M=;.Ma M uz~ IV

ACCESSION NR: AT4046906 ENCLOMRY:
UmAinneocence of quartz Irrsifiated by pr-cacma, I
ti c-atment, 2, 31 - aftex oillectric-al treabnent of the near-aaondt- zmd
resp.4--ctlvfally. Dridin-ate ~ photon flux Lu relsfAve units.

Card-1/3
L 4 v w p 9 mi'm ( r"
A C C M-' ~, 10 F, mil, I AP-5009153
' ' ' ' -,,'~D

nr e yF 11 -i
-Eff,ect of Gm--P, irradIRM.'011-On the fluOrle"`
AIN UZSSR. 1ZVP-Gtiya,
A
.~QPIC , TAOS. ruby, Ga=a irradiatior, f lunrcF-cetact,, y! ~!l (4,
,.u,ndneccence quenching
ABSTIRACT; 9T"I a is a contArjustion of an e~arlier st,,;d-Y (Izv.
nauk, 1964, ro. is 1962), in vb'Lcb ".t apVacoolmmate vioil~~-.
th-2 fluorescence of irradiste4 x-a"Qy. 'Me pres~-nt article
meumixed relative change in the fluorZscenct c
piak rubor conUdnIng chrcmium- tea,'V, set-up io
Enclosure. The w=wvrm-=&,w5 crjrnsist~~I. 1,d conTiaring th4~
Irradiatiou mo, after Irredlat"on at ri rire4 aa,,~e.
An 32SA Frip LKI LF01 I

Card 1/3
T 4213(-65
t~(,-"FXSION NR*. AP5009153
j~e-,rerml Thousend Roentgen resulte in ar, appreciable n--ducticr-
c,'-lape of the intensity vs. vmyeleng+~h curve remmm~ -- -s,pra 47 t, ~, c C4
do-es, It io ttarefore concluded that the color :-Ortcrm
irradiation of tbe raby do not contribute to its -luimint-lic-on, t. v_:.

2/3

yLlIjuSoil. M.S.; AYRAIIOV, S.T.; 'Y.U'TUSOV, S-yu-
Alkaloi-4.3 of Goryda2is gortsohaki-A and Corydalls psnudradlunga.
Dokl. All S&SR 162 no.3-607-609 I~y 165-. (MIRA 18-5)
1. Institut khImii rastitellnykh veshchestv AN UzSSR. 2. Chlen-
korrespondent AN SSSR (for S.Yu-.Yuniisov).
UK,

i,CC NR,
ito'!n7kl vr";
T 71' L :In v e S t
7saacioacuric a
SXRCE. All SSM
a.,Lka
In e
tl- pin, I socoryci-',
u t r-8
k~ 'un --I
t oases
t na deXt---o rotac---.r-y
base C is al-",
e s t a r o I 4r. I c-'[,;
co razi ne I S S
S'-p CGY. 07
S
Card.

langtbanizg of- baul. distozom- and - organization of-the vork of train
dispatebers. Zhel, dor. transp. 1+3 no. 7:26-2p n 161,
(MIRA 14:7)

-Mr
YAW "'A',
YUHU OV, - N.Ki.
-Z,
rs in reflected-wave hodographs
co~Bidering upPer strata OrrO qT,
related to data.on the eastern borderlands of the Russian Platform.
(HIR& 11: 2)
Y~rikl.geoflz* notl?.*.1'15-129 -157.
sian Platf orm--BeismDme try)
(Rus

TUNUSOV R A
Effectiveness of troatling rbeumocarditis with corticesteroid
hormones. Kaz.med.zhur. no-5:3-8 S-0 160. (YdRA 13:11)
1. Iz 3-y kafedry terapii (zav. - chlen-korrespondent AM SSSR,
prof. I.k.Kassirikiy) TSentrallnogo instituta usovershenstvatianiya
vrachey.
(PITBMTIC HEM DISEAS)
(SMOIDS)

KASSIRSKIY, G-I.; ;MLS (Hoskva)
Observations on the dyn=dcs of the PhonDcardiO~a"- in patients vith
rbeumocarditis. Vracb.delo no.1-1:40-43 N 160. (M!~L, 13, -"'- I
1. T-zetlya kafedra terapii. (sav. - chien-korrespondent A~2i SSSR,
prof. I.A.KAssirskjy) TSentrallnogo Instituta
vrachey.
(HEART-SCUNDS)
(RHEUMATIC EMT DISEASE)

Dmb3mad treatment of protracte-a septic emdocarditim. Vopomm.
I ro.4:52-57 O-D %1. WRA 1683)
1. Ix 3-y kafedry terapi-I (zav. eblen-korrespondent R-INESSR
prof. LA. la5sirBkiy) Tsentralnogo imstituta usovershenstvo-
1=1-va vraubay$ Moskva,
(ENDOGAIRDITIS) (ADRM;DCORTICAL HORIMM)

Dissertation deferdel at tle Instit--tte of Phys-lolop
L _y
ee of Candidate rf Riolnulcal S-I -c c~
for the acaderic dep-
7xch-7e Par.~ rar'4~-C r,~~.t i_ 'orestic a-!
Vestnijk A'--ad 7.'aul,, "o. 4, 1963, pp. ll~)-145

:Thyaiological7thmges during =Bcular activity and fatiguse
in lambs dur3n -thel. first ncnth of lifeo Opyto izuch, rega
1 :1. _ r I
fiziol. funks .-54163 (MIRA 17:3)
10 laboratori-ya ekolog-laheskoy fiziologii mav. - prof, A.D.
Sionlm)-.Instituta fiziologil imcri 1,P.Pav.Lova All SSSR.

RASHMKA'YA, D.A.; YUNIUSOVi~ S.4
Change,s in the blood rugar cmtent of 3.im'w darlIng msculp-r
activity and fatigue. Opyt isuch. reg.,fl2iol. fNmk. 6:
9-11 1.63 (14TRA 17:3)
1. Lnaboratori~m ekologicheskoy prof. A.D.
Slonim) Inatituta fiz'iblogii imeni I.?.?av:Lcrva AN SSSR.

"The Allmloids of. Rosmarla Refracta D. G.", III "The Alludoid7 of a Plant of tile

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3. j cilrii S R "ai,O)i amid e."1 -0.
4~
To J-duct a. methl-I.-I lw- 0
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