SCIENTIFIC ABSTRACT KHOREV, A.I. - KHORVAT, E.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002201320005-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR
KHOREV, A. I., et al, Metallovedeniye i temicheskaya obrabotka metallov,
Sept 71, no 9, pp 43-46
ing-type thermal treatments, 111T provides higher strength while frequently
increasing plasticity as well. Deformation of the Ti+3% A1+15 Mo alloy by
20% prior to aging at 500% for 25 hrs increases its strength from 155 to
172 kgf/mm2 while decreasing its per-unit.elongation from 4 to 3%.
2/2

USSR UDC 620.17:669.295'71'26128
KHOREV, A. I., GLAZUNOV, S. G., And HUKHINA, L. G.
"Mechanical Properties of Alloys of the Ti-Al-Cr and Ti-Al-
-Cr-Mo System"
Moscow, Metallovedeniye i Termicheskaya Obrabotka Metallov, No 3,
1971, pp 28-34
Abstract: Alloys of the Ti-Al-Cr and Ti-Al-Cr-Mo system with a
constant: armiount of q-stabilizing element (350 ~ Al) and avariable
amount of g-stabilizers (chromium and molybdenum), were investi-
-gated. Thd experimental procedure band test results are discussed.
The mechanical properties of the alloys in the annealed and
quenched states were plotted for annealing at-500C for I hour
with cooling in air, annealing at -LOOOC and cooling in air,
water quenc~hing from -500C, water quenching from -1000C, and
water quen--hing from +500C. The mechanical properties of the
alloys in the thermally hardened state and their sensitivity
to syperheating were also plotted. It was found that alloys of
the Ti-A.1-Cr and Ti-Al-Cr-Mo (close to criticaL concentration)
system in the annealed state have high plasticity with strength
reaching 120 kg/mr-q2. Quenching with subsequent aging as a method
1/2

USSR
KHOREV, A. I., et al., Metallovedeniye i Termicheakaya Obrabotka
Metallov, No 3, 1971, pp 28-34
of improving strength while retaining satisfactory plasticity
can be applied for alloys of the V.-Al-Cr system containing no
more than 3.6% Cr and for all Ti-AL-Cr-Mo aLloys containing up
to 9% Cr + 15,10 Mo. The mechanical propertiet, of alloys with
superheated structure in the annealed and thermally hardened
state were investigated. With equal strength obtained after
hardening heat treatment of low-alloy alloys and annealing of
~high_alloy alloys, the latter retain, higher plasticity.
2/2

Mechanical Properties
USSR UDC 621.791,.052.001:5:620.192.4:669.295
W.OAEV,A. 1., Candidate of Technical Sciences
influence of Eutectoid-Forming ~-Stabilizing Elements on the INJechanical
Properties of Titanium Alloy Welded Joints"
Moscow, Svarochnoye Proizvodstvo, No. 2., Feb 71, pp 3-5
Abstract: The influence of the following eutectoid-forming a-stabilizing
elements was studied: iron and chromium together with iron (with a constant
content of a-stabilizing aluminum at 3%). Alloys studied included Ti-5%
Al-(0.4-12'a-) Fe and Ti-316 Al-CO.6-9.0)%- Cr-(0.4-6.0)%* Pe. .6 alloys,
alloyed with iron have considerably lower plasticity than ~, alloys, alloyed
with molybdenum, vanadium.,or chromium in the state after welding. In the
annealed state, welded joints of titanium alloys alloyed with up to 6.4%
Fe.or 6% Cr plus 4% Fc have satisfactory mechanical:properties at room
temperature, the alloys with iron and chromium having higbar properties.

U S S R
KHOI~' V, A.
the uz,- i rc U:~-, a!-
SYSLOM r',:11
Moscow, Svz~rochrcy,-_: ?:Giz-vads~~vo, No 8, 70, 1) 9 - i
i-S Shc"."a L II.-Ovs a110%Cd
Gc_.~ u
mcnts ma have bet'~c_~: mc c"- ;_n i C a, L 7) -17 0 -,L
alloyed ~-_l 10 The i..i--
t
a L 5 0 C 1111 C, I'L CC; s'.1 t J. S f a C Z: o 4m , _.
U1,
and u,,-, i:o 6',-' c",.rcniuri plu_:, 101, .11:1-7-~ii:'11-4-1. ~_~2
.i2;lr
o T*-.1;.'';j',!,~' 6W
conduct- I
xavs 61
welds as by treatment. The tes-'s ----I Lhc r z L -u r e.
brittle OL, the Specilae--t-,".

A Lubricantd~ and Wbrication
ILI
USSR urc 669-241141715 4.19:621-771
I., and ZAVIYALOVp YU. I.
"Eliminating Metal Gathering on the Bolls in Rolling Nickel-Steel-Aluminum- Strip"
Moscow, Tsvetnyye Metally, No, 3, Mar 70, pp 52-54
Abstract: A description is given of a method of rolling with various pass reduc-
tions using various technological. labricants in order to eliminate mtal gathering
on the rolls. A table shows 5 sets of paramters for past; reductions, weldability
ratios, and metal gathering on rolls; another table givea the compositions of 9
lubricants, their characteristics, and rolling results. Lubricant No 3 was found
best in eliminating metal gathering. The subsequent rolling is done on a cluster
mill 160/350X450-. 0-95--0.65--0-5--0-38--0.24-~-040 mm using lubricants NOS- 5 and
6, since they burn out beat on annealing.. The strip in Lumealetl in a compartwnt-
type electric furnace for 12 hroo, the ta~.tempemture being 5.35j5rC.

USSR itc 621.039.524.034.3
NESTERENKO, V. B., KHOREV, V. I., MMESMY, A. I., SOY.OL'CIIIK, V. A.
"Gas Loop Devices Using a Dissociating Heat Exchange Agent"
DissotsiirqTushch. gazy kak teulonosi.elii rab. tela enerr-, ustanovok V sb.
(Dissociating Gases as Ileat
transfer Agents and the 1iorking Medim of Power
Works), Minsk, 1 0
Plants -- Collection of W -lauka i tekhn. Press, 1970, PP 1'i-165
(from Mh-Elektroti~-khni;m i Energetika, "0 5, !"wf 1971, Abstract No 57J189)
.1 1 -
Translation: Tvo loop devices designed for studying dissociating heat exchange
~agents, testing buildirw_ raterials and reserve testing of ;:%iel elements are
described. The loop devices are located in the reseai-ch CIRT-2,000) reactor
of the Nuclear Power Institute of the Belorussian SSR Academy of Sciences.
The characteristic features inherent in the loop devices, operating on the
dissociating heat exchange agent are reflected. Mere are two illustrations
and a one-entry bibliography.
00

1/2 029 UNCLASS I FIEO PROCE~SING.OATE-C4,DZC70
TITLE--MOLD LINS.NGS -U-
AUTHOR-(05)-NIZKOVSKIKHt V.M. KURUKLISt G.L.v GELFENBEINt E.YU-t
TARLINSKIYj I.V KHOREV, VON*
C GUNMAY OF INFO--USST---
SOURCE--GER. lv558vl5O
DATE PUBLISHED-L4MAY70
re
SUBJECT AREAS-MATERI ALS
TOPIC TAGS--CHEMICAL-PATENTP MOLD LUBRICANT, EPOXY RESrNi 140LY30Ei%:'l.X
DISULFIDE#.TOLUENEP BUTANOLT ETHANOL9 KETONEt ETHYLENE GLYCOL, A~ZETAYEI
PETROLEUM PRODUCT, ORGANIC SOLVENTv METAL C4STING, MOLDING MATERIT~~;L
CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY REEL/FRAME--3004/0838 STEP ND--GYIDOOD17010001000100DOI;~~D~f"D
CIRC ACCESSION NO--AA0131431
UNCLASSIFIED

-- ---- - ----- ---
lam
029 UNCLASSIFIE0 PROCESSING DATE 4,)'-!:C7 0
CIRC ACCESSION NO--AA0131431
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT9 MOLD LINING CCIMPNS. USED
PRESSURE MOLDING OF METALS WERE PREPD. FROM MOS SUB2, EPO,',*.vl
01-BU PHTHALATEs AND POLYETHYLENE PO YAMINE OILDs WITH NITRO CC, G.
L
SOLVENTS. A COMPN. OF THIS TYPE WAS DILD9 WITH A ,-SIXT. OF PlwME...
ETOH, ME SUB2 CO, ETHYLENE GLYCOLt AND BU OR AM"t ACETATEt rO'TED
THE WALL OF A MOLDr AN6 DEGIREASED WITH AE SU82 CO OR - E T 0,4., THIE CO-4-SYNG
HARDENED MORE QUICKLY THAN PREVIOUS COATING COMPhS, TO GIVE A S~100 H
THIN LINING WHICH INCREASED rHE EASE OF REIMOVAL r-F THE CASTING. 4,~ G P,
2-3 CASTINGSt THE SURFACE WAS WASHED WITH'PETROLEUM AND RECOATED.
FACILITY: ORDZHONIKIDZEt.URAIL PLANT.0F.HEAVYW%CHjNE- BUILDING*

112 017 UNCLASSIFIED PROCESSING DATE---04DEC70
TITLE--EXTRACTION OF WATER BY TRIBUTYL PHOSPHATE AND SOLUTIONS Or- TRioUTYL
PHOSPHATE IN DILUENTS -U-
NA# L.P., AGASHKINAv G.D.t TETERINt
AUTHOR-105)-ROZEN, A*Met KHORKHORI
E.G., MALTS8VA, A~N-
tOUNTRY OF INFO--USSR
SOURCE-RAOTOKHIMIYA 1970t 12(2), 345-55
----- -70
DATE PUBLISHED
-,--SUBJECT-AREAS-CHEMISTRY
T*OP I CTAGS--ORGANIC PHOSPHATEr ORGANIC SOLVENT, URANYL 141TRArEt ENTROPY,
~SQLVENT EXTRACTION
RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY REEL/FRAME--3006/146L STEP NO--UR/0166/70/012/002/0345/0355
~~CIRC ACCESSION NG--AP0135132
UN C L AS-S-If f E 0

----------------
7-- 7 li
2/2 017 UNCLASSIFIED PROCESSING DATE--04DEC70
a
-CIRC ACCESSION NO--AP0135132 i
iABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE PROPERTEES OF THE SYSTEMS BU
SUB3 PO SUB4 H SUB2 0 AND BU SUB3 PO SUB4 H SUB2 0 DILUENT WERE STUDIED.
THE SOLVENTS USED WERE KEROSINEv BEOZENEt METHYLBENZENEr CHCL SUB3, BU
SUB2 Ot CCL SU841 OR AS MIXTS. WITH B U SUB3 PO SUB4. 'THE FFFECT OF
URANYL NITRATE ON THE SOLY* OF WATER.IN THE SYSTEM H 5U82 0 BU ocUB3 PO
SUS4 URANYL NITRATE SOLVATE AND THE PHYS. CHEM*~INTERPRETATION OF THE
RESULTS FOR BU SU83 PO SUB4 H SU82 0 SYSTEM AT VARIOUS TEMPS. ARE
DISCUSSED. THE EXTN. OF H SUB2 G IS DEPENDENT ON AN ENTRGPY EFFECT, A
DECREASE IN THE EXCESS ENTROPY IN SU SU83 PO'SUBk H S082 0 SOLNS.
APPARENTLY, THE EXTN- OF H SUB2 0 IS DEPrNDENT 014 SONE ORDERING IN THE
ORG& PHASE.

USSR UDC 542.91+661-718.1
PETROV,, K. A., YHORKHOYANU, L. V., BEYSHEMYEV.. Zh and DZHIJNUJBAfEV, K.
Phosphorus-containing Phenothiazine Derivatives"
Leningrad, 7-hurnal Obshchey N%iLdi., Vol 41; No 1., Jan 73,, pp 110-114
Pbstract: In searching for physiologically active substances the authors syn-
thesized previously unknovn phosphates, phosphonates and thiorphosphonates of
phenothiazine derivatives with residues of Pnosphorus acids bonded to tile
nitroeen atom of the phenothiazIne nucleus by a hydrocarbon chain. I P --(Flieno-
thiazinyl-10) isopropyl) phosphates were obtained by the reaction of I chloro-
phosphates vith 10- ( 13 -h.~,tiroxyprop,,rl)phenothiazine. Bis( /9- (phenothiazinyl-
10)-1sopropyl) methylphosphonate was obtained from netkylphosphonic acid
dichloride and 10-(.B -hydro-.