SCIENTIFIC ABSTRACT LITVIN, A. B. - LITVIN, D. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000930210011-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


LITVIN, A.B., kand. toklm. nwik
Construction c,;' fr-r t- -, -' 4-
P ... - --,-
reactions of the building slip and the dock und ',re muturials for
-their construction. Sudostroonie 30 no.7:43-1,7 Jl 164.

LITVIN, A.B., inzh.
Experimental investigation of slip reactions caused by ship
launbhings. Sudostruenis 24 no.10:3-8 0 158. (MIRA 11:12)
(Ships-launching)

AUTHOR: Litvin, A. Be SOV/32-24-10-271/7C
TITLE: Expansion Diagram of Steel Under Direct Stress (Diag=amma
rastyazhen4ya, stali pri neposredstvennom nagruzhenii)
PERIODICAL: Zavodskaya Laborator-tyal 1958, Vol 24, Nr 10, pp 1239-1242 (USSR)
ABSTRACT: The usual machines are used in expansion tests where the ex-
pansion of the samples takes place with variable deformaticn
velocity. These machines (as, for instance, the Garagi press)
are in ciass I of the testing machines. In practice, howevor,
a direct stress is frequent where the external forces incvease
independently of the deformation of the construction (as in
bridges, rails, posts etc.). Machines with a direct stress
where the expansion of the samples takes place at a constant
rate of increasing stress are termed class II of the testing
machines. In the present case a machine was constructed which
develops a force of up to 3300 kg, and which ;uji regulate the
stress velocity from 0 to 800 kg/sec. Thi,. machine makes possible
investigations of the effect of direct stress r,n the mechanical
properties of some plastics. A scheme of the macnine as well as
a description of its operation are given. It is mentionel that
Card 1/2 resistance tensiometers with a recording instrur,ent on the

Expansion Diagram of Steel Under Direct Str ss
SOV/32-24-10-27,170
J'At-2 apparatus (electronic measuring apparatus for deformation
of the "Kra-.--yy izobretatell" factory), as well as 274,,'oscillo-
graphs are u5ted. A table of the experimental re,9uj-t3 obtainel
from steels '@5 and 50 by two different test methods is given,
as well as flie vaiues of the mechanical properties at different,
rates of stress application. There- are 4 figures, 2 tablee, and
1 reference, 1. lihich is Sovieto
I
ASSOCIATION: Nikolayevski:,v korablestraitellnyy ins-11-itut im. admirals
Makarova (Nikolayev Ship-Building Institlite imeni Admiral
S. 0. Makarov)
Card 2/2

;-ACC: NR- AP6036879 UR/
Arlthangorodakiy, !Alcksandr Grigorfyevich; Belen'kiy, Leonid 141khaylovich;
Litvilnl
Aleksandr Bo Vi h
Iso- . c'
Collapsible pad ngs in shipbuilding and ship repair (Smina3rishchiyesya prokladki V
sudostroyeni I sudoremonte) Leningrad, izd-vo "Budostroyeniye", 1966. 130 p.
illus., bibl 2700 copies printed.
TOPIC TAGS: coliapsible padding, shipbuilding engineering, shock absorber
PURPOSE AND COVEFJ%GE: This booklet is intended for engineering and technical staff
engaged in thL@ construction and repair of-,seagoing and river vessels, and in
other fields 0 technology. it can be used by students of higher technical
schools and institutes. Utilization of collapsible padding In shipbuilding and
shiprepair plants is discussed, and the selection of materials, their mechanical
properties, an@ the design and construction of collapsible paddings are described
in detail. Thpre are 52 references, 51 of which are Soviet.
'VABLE OF CONTENTS,[Abridged]
Foreword -- 3
Ch. 1. Field.of Collapsible padding application -- 5
Ch. 2. Materialsiused for manufacturing collapsible paddings and their mechanical
pro rties -- ?k
Card r//2 UDC: 629.12.002.3

61b. 3. Engineering design of collapsible paddings -- 52
Ch. 4. Special disign features of structures vith collapsible paddings 68
Ch. 5. Testing f@ll-scale structures with collapsible paddings -- 100
Appendix. Vumerie@l values of H1-H5 functions -- 12T
Bibliography -- L,2�
SUB CODE:' 13on/ suBm DATE: o8Apr66/ ORIG MW: 051/ OTH PJW: 001/
2/2

S/13*r/62/OOO/OO9/O23/033
Aoo6/Aloi
AUTHORS: Stepurenko, V. T., Soshko, A. I., Litvin, A. K.
TITLE: A unit for technical bending tests of metals in liquid media
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no..9, 1962, 104, abstract 91669
(In collection: "Mashiny I pribory dlya ispytanlya metallov",
Kiyev, AN UkrSSR, 1961, 1C@8 - 131)
TM: A description is presented of the design of a unit for bending tests
of wire specimcns under the effect of surface-active and corrosion media (with
possible simultaneous application of the Potential) in liquid metals and melts.
Results are presented which had been obtained from,bending tests of electro-
polished "St.4511 steel wire specimens, 0.85 mm in diameter. The tests were per-
formed in.a*26% H2304 and 3% NaCl solution in distilled water at different @, and
and bending speeds. It was established that with greater D. the number of' bends
until the failure of the specimen decreases- the most intensive reduction of
the steel ductility occurs at D. ---P amp/d;@; the hydrogen brittleness increases
with reduced bending speed. It Is noted that the unit assures stable results of
Cord 1/2

S/1 37/62/OW/009/()23,/033
A unit for technical bending tests of... Aoo6/Aiol
investigations in air, various,media and during the application of an electrode
potential. There are 9 references.
V. F.
[Abstracter's note: Complete translation]
Card 2/2

KARPEAKO, G.V.; LI'IVIN, A.K.; BABEY. Yu.I.
Changes in the microbardness of structural components in steel
during its pickling in nitric acid solutions. VliUm.rab.sred.
na avois.stali no.1:80-83 161. (KM 15:5)
(Steel-Pickling) (Hardness)

SIEPMENKO, V.T.LLITVIN,_AJ@.; SOSHKO, A.I.
r
Reverse bending test of urire specimens with s imltanecnw hydrogen
absorption. V3.iian.rab.sred.na svois.ota2.i no.1:81+P-M 161.
(MIRL 15:5)
(Wire-Testing) (Steel-Hydrogen content)

BABEY, *u.l.; WAUENYO, G.V.; LITVIN, A.K.
Effect of cutting conditio@is on the surface Iardening in nachininC
steel 45 on lathes. Nauch.zap.IMA All URSH. Ser.mashinoved. 7 ni)-7:
59-0@ 161. (MIRA 1-':l)
(Steel) (Turning)

UMNKO., G.V.; LITVIN, A.Y.
Effect of bydrogeAi on the mic-rohardmoo of structural conponenta
in low-carbon steel. VI-lian.rab.sred.na avois.stali no,.I.-73-7)
161. (KIRA 15.f,)
(Steel-Hydrogen content) (Hardness)

STEPURENKO, V.T.; LITVINI A.K.; KARPENKO, G.V.
Effect of an acid medium and a superposed potential on the
alternating bending testing of steel. Nauch.zap.IMA AN URSR.
Ser.mashinoved. 9151-54 162. (MIFJ, l5sl2)
(Steel--Testing)

7i"f A 11 AHEY , Y 111-11 11 , 'A. F . ; r, -'. I , H 1 1 H, @ @ . !".
Effe,@@L of cycile
tc,,,ard brittle faillir(-; in neutr%l ehczl-i-@,*!-v,--,s. 5rea na
svoi-s- IvAt- no-3-23-1-1-7 1 [':)/, - (:,'-!!A 17:',10)

y EVICII, R.T.; LITVIN, A.K.
.Ar,M4AR, B.F.; KRIPYAY
EquiT=nt for the in,.restigation of metal penetrabilitJ by Jjydrogen at
high temperatureS. V:Lilar,. rab. sred na evoia. mat. nu.305-39 164.
(MA 1721-0)

L 20981-66 F,1T(m)/ETtTP(t) JJF(c) j-P -- ----
PCCESSION NR: M019653 UR/03691651001,10031029310298
AUTHOR: Litvin, A. K.; Starchak, V. G. e@
TITIE: Distribution of 4 he aur ce layers of ate during electrolytic
saturation ti
SOURCE: Fiziko-khimicheakaya mekhanika materialov, Y. 1, no- 3., 1965, 293-298
TOPIC TAGS: hydrogen distributionp surface layer, electrolytic saturation, hydro-
gen saturationy surface steel layery saturation time) layer microhardness
ABSTRACT: The investiga'.-ion of the process of diffusion and mecb&'?.ism of penetra-
tion of hydrogen into metal during electrolytic saturation as vell as the elucida-
tion of certain features of the mechanism of brittle fracture of birdrogen-saturated
steel require data on the nature of the qualitative and quantitati-re changes irt the
concentration of hydrogen in the specimen in the process of zatura;tion. The kirdro-
gen is known to concentrate chiefly in a thin surface layer of the metal. In this@
connection, the authors Inycstigate-A specimens of 20 steel (0.18% c, o.4% mn,
0.17@ Si) annealed at 860-8700C and saturated with hydrogen in a e".6% ]@Soj, solution
with cathode polarization. The hydrogen distribution in layers of.' the spiximen In
relation to saturation time (30-540 min) was investigated in a special setup fcr
the anodic dissolution of -the apeciviens, using an electrolyte composition of 3.50 g
_1/3
Co

L 20981-66
Acassim nR:. Ap5n19653
NE41 + 25 g KNaC4H406 per liter of H.4), with an anode current density of @O a/deci-1
meter2. The concentration of kydroger. during the second stage of seturation (90-
5110 min) stabilizes in the 5-15 pm layer, monotonically increaims in the 15-
105 pm deep layers) and again stabil. -va in the 105-480 gm deep layers. In the
3AYer betueen 480 and 700 M the hydro-,,.m content remains virtually fixed and the
same as that of the nonsaturated speci,&,,is- The mean unit content of fiydrogen
Ithrougjiout the layer from 0 to 480 ;m during the second stage also somewh&t de-
breases owing to the hydrogen losses in the 5 pm surface layer. 'Tbus, it vas eu-
tablished that the maximum concentration of hydrogen in the 5 PM thick surface @!.ay@
er of metal is achieved at the end of the first stage of saturation (60-c!" min),
ithereupon it decreases somewhat wii i -@ncreaslng saturation time; at the F-tule tilnei
Aiowever, it increases in some of Ca. 4eeper layers. The nature of the change In
hydrogen concentration in the 5 M thick surface layer corresponds to the change
in the microbardness of this layerp !Athin the limits of experimental conditions.
Thus., the c,=e of variation in the uicrohardness of ferritic grains at the surface
of armealed steel 20 reaohes its peak at the end of the first stage of sevuration
with hydrogen, whereupon it decreases. Origo art. has- 3 figurec.
Card

WITIN - AIfkIraAndz-kkAch
-Z--- _jLytvyu, O.L.1; RODIONOT. S.G. [Rodianov. S.H.3,
oty.red.
[Rare elements in nature and engineering) Ridkiani elementy v
pryrodi I tokhnital. Xyiv, 1960. 39 p. (Toverystvo dlis
posI4"nnia politychnykh i naukovykh snan' Ukrainalkoi RSR.
Ser..59 no.17) (mRA 14:2)
(Metals, Rare and minor)

LITVIN, A.L. (Lytvyn, O.L.]
Effect of isomorphous replacement an the nature of the Debye
crystal-logram of iron-lathium tdcas. Dop.Ml URSR no.2:225;-2;!8
161a 1 (KMk 14:2)
i. Ihatitut geologicheskikh nauk AN USSR, Predvtavleno akad(3mikon
AN USSR M.F.Semenenko.
(mica)

-LITVIN, A.L. [Lytvyn, O.L.]
Green mica from pegmatites of the Korosten' pluton. Geol.zhtw. 21
no.3:52-56 161. OURA 14:7)
1. Institut geologicheskikh nauk AN USSR.
(Korostent region-Pegmatites) (Korosten' region-Mica)
-7
I

LITVIN, A.L.
Thermal characteri,:+.ics of lithiuja-iron micas. Zap. 'Tyr. otd.
Min. ob-va (no.1]:38-45 162. (14IRA 16:8)
1. Institut geologichoskikh nauk AIN UkrSSR, citdel mineralogi@,.,
Kiyev.

FOVARONYKH Aleksandr Sergeyevich; BUIRUER, Ye. S., ret., enzent;
IVANTISHIN, I.I.N., doktor geol.-min. nauk, retsenzent;
A.L., kand. geol.-min. nauk, otv. red.;
GAVRUSEVICH, B.A., dots., red.; ZAVIRYUKHINA, V.N., red.;
LISOVETS, A.M., tekhn. red.; REKES, M.A., te*.'Chn. red.
[Hardness of minerals] Tverdost' mineralov. Kiev, Izd-vo
AN USSR, 1963. 303 P. (MIRA 17:3)
1. Chlen-korresponderru' AN Ukr. SSR (for Burkser).

_@ITVINL_A@.L. J-byW7nr-4,L.J; KULICIIENKO, V.G. [Kuli(:henko, V.H.]
Natural mineral pigaients. [Pratei) hot. geol. rauk MI URSP,
Ser. geol. rod. kor. kop. no-1:158-166 163--
(V@ 18: 6)

Vrt,,
IT .1 y A.L.
L
11 L I " I iti ,
Fe. ri .1 1 . - , e r, o f , i r) ra- 1? r -, - -% 4, . -in! rn,; ;i--
-ug4r,).,@4 tv of * hc! -*,@; 1-r r,,t, o , "
mcrphic roc'KH in the Rc.,lo I, Gornyly, and GjOlOy Yikich basin.
Mln.sbor. 18 no.]-:82-86 I (;,@, * (MIRA 18:41)
1. Illstitut gf,,olog-1choshikh rwuk AN U@rSS,@y Klyev.
3

LITVIN, A.L. [Lytvyn, O.L.]
X-ray characteristics of potassic feldspar fmm gramu"ites in
the Gornyy Mich Valley. Geol. zhur. 25 r'O.2i68-73 165.
(MM 18t6)
1. Institut geologichesldkh nauk AN UkrSSR.

TJTVIN, A. M.
The orinciples of thermodynamics;
izd-@-,o, 1943. 151 P- (4,9-32882).
text-book. Izd. 2., perer. Moskva, GoF.. energ.
TJ265TOL56 1943

--L-ITv=, A.- I-x,.
The Uivrotical principles of thermotec,inic.9; them,.odynamics, !trid thf. theory of, ht:@@t
trqnsxi@ -Aon Mookv-3, goB. encr@,. i:!d-vo, ll)IiJ,. '@ 6, @"' ir, -( 5) 15 )
TJ265.Lg 1944
57

LITvit". A. m.
The principles of themodynamics. Izd. 3., perer. i doD. YoEkva, Gos. energ.
izd-v,o, 1946. 216 p. (48-17242).
TJ265.L56 1946

LIM1111) A. 1-1.
"Technical Thermodynamics," 1947.

LITVI .1V 114. //0.
SHCHEGLYAYEV, A.V., professor; LITVIN. A.M., redaktor; FRIIKIN, A..
tekhaicheskly redaktor.
(Some problems in the operation of steam turbines] Ifekotor7e
voprosy skeploatatsii parovykh turbin. Moskva. Gos. energ. izd-vo,
1947. 99 P. (MLRA 7:5)
(Steam turbines)

LITYIN, A.M.; VMkLOVICH, M.P.,. prof.i retsenzent; KYASNIXOT, A.T..
pi0f., retuenzent; RUBDISHUMI, Ta.M., prof., red.; SMIBRTAN-
NIKOV, M.I,,, tekhn.red.
(Technical thermodynamics] Tekhnichaskaia termodinamika.
Izd.2, parer. i dop. Koskva, Gos.energ.izd-vo, 1947. 388 P-
(MIRA 13:3)
1. Moskovskiy energeticheskiy institut (for Vukalovich). 2. Mo-
skovskiy aviatsionnyl, Institut (for Kvasnikov). 3. Vaesoyuznyy
zaochnyy industrialinyy iaBtitut (for RubinBhteyn).
(Thermodynamics)

ZHIRITSMY, G.S., prof., doktor taklin.naiik; KVASNIKOV, A.V., prof.,
retsenzent; LITVIN, A.M., red.; CHAROV, A.D., tokhn.rado
(Gas turbines] Gazovye turbiny. Moskva, Gos.energ.izd-vo.
1948. 5o4 P. (MIRA 12:6)
(Gas turbines)

I , , r
I, I, 21;@r , 1 7,I.1 . .
I,Fundwaentals of Ther.-aal :-,nqin-rin@,, ("-.'anual for Triinin,@ ;.'orkin;,r '
lnt@,.ririediate i@ntineerin- Persofin-31), *@-jor,--ncr.@@Azdat, an., "@- @,-`,Dn
- ." . , -J,.i --
rev*.sed and suplemented, 1949, 221@ yF.

LIWIN, A. M.
Teor-eticheskiye osnovy teplotekhniki. Ord Edition Moscow, 1950-
355 p-
A studir Of Dower technical 'Lnstitutes, including technical thermodynamics and theory of
heat, transmission, reviewing variou', types of gas turbines, refrigerator it.ist-allations,
humid air, etc; published by Govt. Publishing House on Energetics.

GOKHSHTET]f,, D.P. doktor takhnichaskikh nauk; LITYIN, A.M., redaktor;
BABOCHKIN, S.1, takhnicheskly rodaktor. --
[Zntropy method of calculating energy losses] Intrapiinyi metod
rashchate. anergetichesk1kh poter'. Moskva, Go9.eqnrg.izd-ro,
1951. 109 P. (HLRA 8:11)
(Heat angineering)

SBKMNKC, 11 . d.oktor tokhnicheakikh neuk; LIVIN, A.M., redaktor;
FRIDK@lll
. , A.M., tekhnicheskiy redaktor I
[14condary power resources In liAnstr7l 7torichnyo energeticheskis
resursy prcmWahlonnosti. Mookwa, Goo. engrg. izd-vo, 1951. 203 P.
(MIRA B:3)
1. Professor Moskovskogo energatichaskogD instituta iment V.H.
Molotov& (for Semenenko)
(Waste heat) (Power engineertng)

IONAYBVILIIM, N.I., do).:tor takhnichookikh nauk; LITVIIT, A.M., redekt&r;
FRIDIIIN, A.M., tekhaichaskiy redaktor - ---
[Ingineering and economic aspects of central heating plant
design] Takhniko-skonomicheskle oanovv toplofikataii. Moskva,
Goo. energ. izd.-vo, 1952 255 P. [Microfilm] (MOA 7:10)
(Heating: from central stations)

fte Comm1ttse im BtaWi Prizes (of tha Council of Ministers USSR) in tbe !.*iclda of
iscience and 1wrentions snnouwoz that- the foUcving scientific vwks, pcp7iLmr :;clcm-
tifte, booklop and textbcoks haw been submitted for compatition for Stalin Frizan for
tbe yews 1952 and 1953@. (Sovat!IN& ftItura NO. 22-40, 20 Itb .. 3 kp.., l9r,''A
Moscow,
rp_-_
Rubinshteyn, Y'.. 1".
Blyurlov, V* PO
Vyinfoav, D. 11.
Kornitslciy, S. Ya.
Lityin, A. M.
Luknitskt-' V. V.
L-Orozov, 11. G
Prokhorov$ F.
YakLib,, D. 1.1.
Title of Work
"General. Thermal '@'ngincer-
ing" (student manual, 2d
erlitlion.)
No.-jinated. bj
Lioocow ?oviar
institute L.
!!O10tov - -.Cni
1W.- W-3o6c4, i, july isi%

KOPITNT, S.F., profensor, doktor takhnichaskikh nauk; SOKOWV, Te.Ta.,
professor, doktor tekhnichookikh nauk, reteenzent; LITVIN, A.M.,
dotsent, kandidut tekhnichaskikh nauk, rateenzent.
(Heating-] Teploonabshenia. Moskva. Goa. izd-vo lit-ry po stroitall-
styu I arkhitsid;ure. 1953. 495 p. (MLRA 7:5)
1. Wedra teplotekhniki Klyev3kogo lnzhenerno-stroltelinogo instituta
(for Sokolov). (Heating from central stations)

ILMLICHIK, I.Te.; LINVIN, A.M., redaktor.
[Hydranlic resistances; physical and mechanical principles]
Gidravlicheskim, soprotivIantia. (fiziko-makhanichaskie oanovy).
Moskra, Goo. euerg. izd-,Yo, 1954, 315 P. (MLRIL 7:7 )
(HydrodyrAmiew)

BXI.,OKOUI , Nikolay lovich; LITVIN, I.M., redaktor i FRIDKIN, L.M., takhni-
cheekly redaktor.
[Thermod,ynamical Termodinamika. Moskva, Goa. energ. izd-vo, 1554.
415 P. (mlai' 8 -11
(Thermodynamics)

LIVIN, Alekaoigb- Hojoeyovich; RUBINSIMY11, Ya.M., redaktor-, SIVORTSOV,
iil@'rodaktor.
[Fundamentals of heat power engineering] Osnov7 teploanargetiki.
Izd. 5-e. parer. i dop. Mosk7a, Cros. energ.izd-vo, 1954. 344 P.
(Heat enginearing)(Electric power production) (MIRL 8:4)
Momcnt,a7 textbook on theories of heat ei,g'i.rieerlvig. Gas
and jet engines mentibned.

7YSHMESSKIY, Aleksandr Nikolayevich, profesoor; LITVIII, A.M., radaktor;
'r If-i' hkt
LUCHKINA, N.N., rnlakltor; SUDAKI D.M., te-tbn Me-Wl@ 6'd or.
[Heati!;e, "quipment of food-sorving anterprisoal Toplovee oborudovanie
prodpriiatil. obahchnst-vannt'-o pitaniia. Izd.2-o, parer. Hr)nkva, Gas.
izd-vo torgovoi lit-ry, 195@, 460 p. (MLRA 8-.12)
(Kitchens)

.-Lr.IVIN,-Aleksaadj!-Xoiseyevich, GCRDON, L.I., redaktor; SK701USOV, I.K.,
tekhnichaskiy redaktor
[Nnginearing themodraamice] Tekhnictw&kaizi Lem.,Aiwimiim. lzd. 34,
perer. i dop. Moskva, Goa. energ. izd-vo, 1956. 311 P. (MLRA 9:12)
(Thermodynamics)

14(6) PHA3E I BOOKE"LOITATION SOV/1284
TAtvin, Aleksan-Ar Moiseyevich
Osnovy teploenergetiki (Principles of Heat Engineering) 6th ed.,
rev. and enl. Moscow, Gosenergoizdat, 1958. 287 P. 20,950 copies
printed.
Ed.: Shukher, S.M.; Tech. Ed.: Borunov, N.I.
FURPOSR: This monograph is in.'-@@aided as a textbook In the training
of personnel and semiprofessJ.onal workers of electric power
stations (brigade leaders, fc,-emen), and of operators of industrial
power plants, It can also be used in schools which include a
brief course nf heat engineering in their programs.
COVERAGE: This !,ook presents the fundamentals of heat-power engi-
neering bas*ed on Soviet practices. It includes thermodynarateb
and heat tr&rsi_'er problems. Auch attention is given to power-
plant equipment and operation, fuel combustion, and feed-water
handling. Yhe operation and economics of power plants are also
C' ard 1A

?rinciples of Heat Engineering
discussed. This new edition
reader already familiar with
on recent develODments in 3-.--viet
Eng., edited the manusorip@.
TABLE OF CONmrs -
Preface to the Fifth Edition
SOV/1284
is designed to suit the needs of the
the field. The author adds Information
power engineering. S.M. Shukher,
There are 124 figures.
Preface to the Sixth Edition 5
Introduction 8
Ch. I. Working Substances and the Laws of Thermodynamics
1. Technical system of measures 22
2. Formula, relationship, table, graph 26
3, Energy and Its forms, tranLitormation of energy 30
Law of conservation and conversion of energy 30
Units of energy 30
Calculation of heat quantities 30
Card 2/5

Principles of Heat &-igineering SOV/1284
4. The aggregate state of matter. Transition of 6ubstances
from one aggregate,state into another 35
5. Properties of gaseous substances 39
Measuring the pressure and temperature of gases 39
6. Changee of the stat-e of gases 48
7. State-change pro--esses in gases at constazit volume and
pressuj-e 51
8. Adiabat!.c and isothermic state-change processes in gases 57
9. Water .,,ipor. The is-diagramm for water vapor 61
10. Humid Pir 74
The Id-diagramm for humid air 74
11. The 'Zirst law of thermodynamics 78
12. The veco,nd law of thermodynamics 81
13. The Carnot cycle 89
14, Heat exchangers 92
15. Heat propagation modes 96
16, Basic cases of heat exchange 100
Ce' ard 3/5

Principles of Heat Engineering SOV/1284
Ch, II, The D)ilev Unit
W. Boiler :Vuel and Its -utilization iC8
..I F',jel reisources of the U.S.S.R. 3.03
18, Fuel combustion. Gaseous mixtures li-9
19. Furnace equipment 1.27
20. Steam boilers 138
21. Feedwater for boile-r-s and its treatment 1511
22.,, Draft equipment, fittIngs, control and measuring
instruments 16,.,.
23. Principles of the automatic control of a boiler unit i66
"h. III. Heat Engines
24. Classification of engines by the working
and principle. Intern-al combustion
25. Steam engines
26. Condenvation equipment
27. Steam consumption of a Pondensation
28. Heating-plaxi", turbines. Principles
regulation
29. Gas turbines
substance
engnes 177
1@3
2
turbine
of steam-turbine
218
22",
card 4/ 5

Pripciples of Heat Engineeringt SOV/1284
Ch. IV. Ileat-power Electric Stations. Power Systems
30. Diagrant of a steam power plant 22-(
31. Economic characteristics of a steam pouter plani.
Heat balance, steam consumption, fuel consumption 232
32. Regenerative cycle. Secondary steam superheating 239
33. Heating installations 24(-
34. Standax-d plans of heat and electric power stations 250
35. Planning the heating component of steam-power
electrIc stations 25*3
36. Power i3ystems 264
37. Performance characteristics of electric power stations 268
Kxamples of solutions of problems 273
Appendi x 285
AVAITART : LIbrary of Congress
TM/Mtl
3-23-59
Cani 5/5

l~;~VIR.-Alakwindr-goj&g)l#vlqh; SUSHKIN, I.N., in2h., reteenzent;
RIVKIII, S.L., atarshiy nauchnyy ootrudnik, red.; KV$IYSMTNs
YP.M., prof.t red.; BORUNOV, N.I., tekhn.red.
[Theoretical principles of thermal engineering; thermodynamics
and theory of heat transfer] Teoraticheakie ounovy teplotekhniki;
taklinicheeksia tormodinamike i teoriia toploperedachi. Izd,4,,
perer., dop. Moskva, Goagenerg.izd-vo, 1960. 343 P.
(MIRA 13:12)
1. Vcesoyuznyy toplotakhnicheakiy inatitut (for Rivkin, Rubin-
shte@m).
(Heat engineering)

RIVKIN, Solomon Lazarevich; LITVIN, A.M., red.; WhMOV, N,I-,, tekhn.
red.
(Thermodynamic properties of air and of combustion products
of fuelsftermodinamicheskie svoistva vozdukha i produktov
sgoranila topliv. 174.2., ispr. i dop, MoE@kvu, Gosenergo--
izdat, 1962. 102 p. diagrs. (MIRA 15:9)
(Thermodynamics-Tables, calculationBA etc.) (Air) (Gases)

LITVIN, Al,Bksandr Moiseyevich; KVASNIKOV, A.V., dckto:r tokhn. nauk,
.p7wr.-, -r-e5--enie*;Tt-;-RI VK IN, S. L. , st. naLichnyy sotr. , red. ;
BULIDYAYE,V,, N.A., tekhn. red.
[Engineering thermodynamics) Tekhnicheskaia termodinamika.
Izd.4. perer. i dop. Moskva, Gosenergoizdat, 1963. 311 P.
(MIRA 16:4)
1. Moskovskiy oviatsionnyy institut (for Kvasnikov).
2. Vsesoyuznyy teplotekhnicheskiy institut (for Rivkin).
(Thermodynamics)

c, ef! c 1.1

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Anim,nium attraso A, _S,. 1.t,,
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1
Ifir !IVAI .I I"Utfthi.111"It I, tit 1.1tilent-
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&TIN, A.N., inzhener; OVAWIYAX, G.M., inzLenar.
@mprovlng the building tachnolo&7 of co',ca oven batterisa. Biul.strc!..
tekh. 10 no.17:1-3 D '53. ? : i )
1. YuzhNII (for Litvin). 2. Yenalciyevtyazhstroy (for Ovasaflyan).
(Coke ovena)

Thin -'.alLed Peinforced -:,ncrele late
the ducts (fig. There are 5 P"Oton and 2 :@o-.,--et re-
ferences.
1, Reinforced concrete-Products 2. Reinforce(!
methods 3. Reinforced concrete-Test resul'.";
Card 3/13
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n e r n c E. o r. a n I V -;in
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A 5 S T R A @-,e Collaborators Of
I a b o r a t o r,., @@ f I e c c n s c 7 i c f
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nal
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ta n i,, rrj-; Z e 11, r. n r,- o J- and lntr-@-
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1. Concrete- Prr-.;omm t, i,
Varnishes-Applications
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Card 212

TVT,
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hydrcilhermal
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.ystE,ls. Krista' -le@graflla 10 nc,2
7 '7
1. InEititut krIs-tAllografii All

L 26749-66 EINVID) JD/JG
ACC NR: AP6011479
SOURCE CODF.- UP/0070/66/01VOO2/03W63@6
AUTHOR: 'nc",-,e'Yj L* M*; TAt-dnp B. H.; Dianova 1. M.; Mellni", 0. K.
i -V _ _ _ - ... @ Y , /I*-
q-5R_(Irxtitut krintallografii AN SSSR)
ORG: Institute of CrystaJ29gr 6 1W S.
-------------------- r@@
TITLE: Hydrothermal synthesis of crystal phosphors of the type NaxZr)ysipOq
SOURCE: Kristallograftya, v. 11, no. 2, 1966, 334-338
TOPIC TAGS: zinc compound optic material, crystal phosphor, synthetic material,
luminescence, @@pinescei-,ce spectrum
ABSTRACT: This Is a continuation of earlier researc), (Kristallograftya, v. 9, no , 6,
943, 1964) on hydrothermal synthesis of sodirm zinL ailicates. The present article
describes six different crystal phosphors synthesized by this method, with different
relative compositions of the components (M2O-Zn0-8i0_'-]t-!O) and their crystal struc-
tures. To obtain luminescent zinc nilic a of Goalu n activator in the form of
qte Am" 11
MnO was introduced in the charge,-Ylve out d? the',six tlystals produced a luminen-
cence In the green region of the npectram under the Influence of ultraviolet l1ght,
although the maxima were not the sa.-ne for all crystals. One of the produced cryr--
tals was the preltiounly produced wIllemite Zn2SI04(Mn) whose liualnencent properties I
are well Irtnown. 11owaver, the maximum obtalned for thIs ri-/nta'. wnn ncnrwhat differ-
ent from the publinhed data, and thin difference Is ancribed to the difference In the
method of preparing the crystal. Orig. art. hna: 6 figures.
SUB CODE: r'_:)l SUBM DAn: C>gFcb65/ ORIG REF: 004/ Ynt REF: 003
Caod 1/1 tq/ M: 50.52

Possibility o7 using thz3 geots:otnnical =--thod In geol:jical ma;@, Ing
arxi In survuys in the Angara-11im area. itazw-,d.1 if -. .1..dr 29
D0.1:27-30 Ja 163.
1. Irk!.takop tcologicheskoyo upravloniye.
(Angara Vail iiy-Phytogoograhy)

40-5@7@- 4
N

us trystn1s. B-c;
Abs Jour Referat '@hur - Khimiya, No 6, 1957, 18296
Author P.L. rjruzin,_R@
Title To The Question of Diffusion Study by the Method of
Radioactive Isotopes.
Orig Pub Problemy metalloved. i fiz. metallov, sb. 4, 1955, 486-
493.
Abstract A variant of the absorption nethod of radiometric analy-
sia was developed. At the measurement of the sample acti-
vity before and after the diffusion annealing, the ratio
of tile intensities of B - and Z(- components of radiation
in CELse of mixed radiators, or the ratio of the intensi-
ties of t-4o F spectrum parts in case of pure p- radiators
is determined by this method. The solution cl* the diffu-
sion equations is modified in order to apply tilem to
this method. The relative error of the determination of
the diffusion factor is 25%. The experiments were succes-
sful
Card 1/2 - 64 -

USSR/trystals. B-5
Abs Jour Referat Zhur - Klimiya, No 6, 1957, 18298
in reducing the error to from 10 to 15%.
The sensitivity of this method is greater than that of
other mdifications of the absorption method. The use
of this method in the region of low temperatures is the
most rational. The diffusion factor of Co in Fe deter-
mined by this method agrees well with data obtained
with other methods.
Card 2/02 - 65 -

LTISHCHOKO, B.G.; LITYIN, D.Y.; FUZET, I.M.; ABOV, Tu.G.
Youtron diffractIon examination of nickel-iron alloys of the
permalloy grwip. KrIstallografRa 2 no.l.,64-73 157. (MIRA 10:7)
1. TS*ntrallnyy nawhuo-inaledovateliskiy institut chernoy
metallurgil.
(Pormallors) (Neutrons-Ziffract'lon)

LITVINI D. F.,
"Dfeutron Diffraction Study of Pein lloy-type Iran-Nickel --illoys," with Lyashchen."o,
B. G.; Puzey, 1. M., C tid. Phys. and Math. Sci.; and Abov, Yu. G., Cand. Phys.
and Math. Sci.) Iyage 397-
bi book-Problem of Pbyzical 146UM=gy, moncov, motaijurgiz"t. 1958, --:@Ob-
(Its; Sbc=dk-trudov, Y. 5)
Me eacticles in tbo book mmcent rosulta of iuvestigaticno omAuot b.
T the
imsuizig boiLy, Inot. 02 FMsIcaI..H9tuI1urgy,, a pdrt of tho Cent. Sol. Pon. Inat. of
FWr= YoUllmr&v, loqated In 10alwopotrovsk. The lawatigations vwo-p9moorned
with pba" tremfcrmtlccs in. &Uor. , otrongWmnizig mA softenine proosox",
4UT=icn yroconnom (studled vitb the aid of redloaotivo'iaotopeo), =A@ iirialn
otbor queeticne,

70-3-2-3/26
AUTHORS: Lyashchenko, B.G., Litvin, D.F., Puzej, I.M., Abov, Yu.G.
and Golovkin' V.S.
TITLE: Investigation of the Defect Structure of Metallic Mono-
crystals by a Neutron Diffraction Method (Izucheniye
defektnoy struktury iactallicheskikh monokristallov
neytranograficheskim metodom)
PERIODICAL: Kristallografiya, 1958, Vol-3, Dr 2, pp 148 - 154
(USSR).
ABSTRACT: A neutronographic investigation of the fragmentary
structure of single crystals of nickel alloys has been made
and the effect of this structure on the character and intensity
of the scattered neutron beams is demonstrated. A short
review of work on the neutronographic investigation of the
structures of synthetic single crystals is included.
One of the consequences of the low absorption of neutrons in
most materials is the importance of secondary extinction.
Bacon has shown that, for X-ray formulae to apply, the dimensions
of a single mosaic crystal should be proportional to the width
of the Darwin curve (angular distribution of the mosaic blocks).
For KBr with a Darwin width of less than 3' this limiting thick-
ness is 1.5 - 2 mm. The effect of volume defects of dimensions
Cardl/3 greater than !,hose of the mosaic blocks is of interest and

70--3-2-3/26
Investigation of the Defeat Itructure of Metallic ilonocrysta.74.E by a
.Neutron DifZral, tion Y@)tiiod
leads to the break-up of diffraction spots into small patches.
14 specimens of monocrystals have been examined. They were
alloys of Ni and Fe with different quantities of Mo, Cr and
Cu. The spherical specimens were etched with a mixture of nitric
d Pdrochloric acids and vacuum annealed for 4 hours at
0 C. The orientation of the crystals could be seen from
the dch patterns. Fingr orientation was achieved with a
magnetic method to 1-2 . The spheres were finally polished so
that the maximum differences in diameter were less than 1 p
in ?-12 mm. The axes were marked on the surface with gold
spots electrolytically deposited. The composition was checked
on sliced-up specimens. Investigations were carried out on the
single-crystal neutron spectrometer of the Ac.Sc. USSR, the
method being similar to that used by Lowde. The accuracy of
the intenaity measurements was about 1%.
Most specimens showed anomalous reflection curve@. Contour
plots were made of various reflecti.ons. Diagrams for the 020
reflection of two Ni-Fe alloys are reproduced. For one speci-
men, there was a difference amounting to a factor of 2.5 between
the intensities of reflections hkl and M . Investigating
(;ar(12/-3 this effect, a small slit was scanned across the diffracted

70-3-2-3/26
Investigation of the Defect Structure of Metallic Monocrystals by a
Neutron Diffraction Method
beam. The effect was shown not to be due to multiple
diffraction. X-ray investigation of the specimen disclosed
appreciable boundary regions separating fragments-disoriented
b up to 201. This caused the reflections 222, 222, g22 and
F22 to come only from one f ragment and 2-27, @!22!, 222 and 22@!'
to come from the other.
There are 5 figures, 1 table and 13 references, 4 of which
are Soviet, 9 English,
ASSOCIATION: Institut metallofiziki (Institute of Metal Physics)
SUBMITTED: June 3, 195?
Card 3/3

SOV/ 137-58-9- 19764
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 9, p 236 (USSR)
AUTHORS: Ly-ashchenko, B.G., Litvin, D.F., Puzey, I.M., Abov, Yu.G.
TITLE: Neutron - diffraction Study of Iron-nickel Alloys of the Permal-
loy Class (Neytronograficheskoye issledovaniye zhelezoniki-
levykh splavov permalloynogo klassa)
PERIODICAL: Sb. tr. In-t metalloved. i fiz. metallov Tsentr. n.-i. in-ta
chernoy metallurgii, 1958, Vol 5, pp 397-418
ABSTRACT: Bibliographic entry. Ref. RZhMet, 1958, Wr 4, abstract
8080
1. Iron-nickel al.-Loys--Electron diffraction analysis
Card 1 /1

24-7100,24-7200 7593-34
'0
V/70-4-5-6/36
AUTHOR: Litvin, D. F. W.W#
TITLE: Making a Crys"l-alline Ylonochroi,,,n'.L:@er of Lead, for
Neutron Diffvaction Structuro St-_idieb
PERIODICAL: KristallograCiya, 1959, Vol 4, Nr 5, pp 663-667 (USSR)
ABSTRACT: The growing of large lead crystals of molten metal,
and cutting -them into plates by an electrospark metal-
cutting device developed by the author, are described.
A set for crystal growth (Fig. 1:)consists of a shaft
furnace (1) with a graphite crucible (2) for lead (3)
melting, pin.-shaped see'd (4'), 15-20 mm. in diameter,
fastened by clamp (!5), steel cable (6) for nulling
the pin, drum (7), ::,educer (8), motor (9), automatic
transformers (10 and 11), stabilizer (12) for tempera-
ture control., ammeter (13), thermocouple (110, an@
potentiometer (15). Keeping the temperature 2-30 C
above the melting point, the pin Is pulled with a
speed of about 20 mm/hr. This wethoa produced lead
Card 1/5 crystals up to 22J mm long and 60 to 80 mm in diameter.

Making a Crystalline Monochromatizer of
Lead for Neutron Diffraction Structure
Studies
PZ\
EI-
75984
sov/7o--4-:z-6/3"
Card 2/5

c
Making a Crystalline
Lead for Neutron DIffractlon StrucLure Q1`()V/--4-5-6/36
Studies
Then the cryptals are cut into 157 x 55 x 10 mm plates
by an electrcspark metal-(, i,@,ttini),, devrice (Fig. 4). This
consists of a, plexiglas bo.-@ (K) iAth a removable frcnt
wall. The goniometric adjuster (fl, at the bottom of
.,,on
.the box permits vertical End horizontal rotation, and
back-and-forth motion of the crystal set on a brass
plate atop the goniometer, The box also contains a
photographic plate for tal,-@ing reciprocal-lattice diffrac-
tion patternE,.. A plate above the box cavries a mechan-
ism-that provides ver@ica@l and horizontal motlon of the
cutting copper wire, 0.3,mm. The wire cuts the crystal
becp.u6e of electrosparksTrom the crystal (positive
pole, 'o the wire (negative pole). The latter's verti-
cal motion is provided by moior (KM), reducer (Pl))
anC the screw(to the lef-@: of Pl) that moves an n-
shaped rvame up and down along guide (H) and conse-
quently moves the wire on rollers fixed to the legs
Card 3/5 of the frame.' The horizIontal motion is provided by

Making a Crystalline Monocliromatizer'of 75'-)B),'
Lead for Neutron Diffraction Structu',@e @OV-/70-4-5-6/36
Studies
motdr (RM), reducer (T ) and reel 6 ..;hose rotation
: 2
pulls the w1re throuj'@h rollers from reel a. Using the
X-ray diffraction pa",terns on the photographic plate
and the gonlometric `idjust.er, one brl.n@__rs th,@! (111)
plane of the crystal. into a vertical position coplanar
with the wire, then'Inclines it by 60, fills the plexi-
glas box with transformer oil, and cuts one crystal
plate after another moving the crystal after each c.ut
along the sledge of *-the rroniometric adjuster withou';
disturbing its angular adjustment. Tests proved sabis-
factory quality of.rhe crystal plates for Use in neutron
diffraction camerazz. Acknowled@-@ment is aiade to Lyash-
chenko, B. G., Abol.,, Yu. G., Zhuflwv, E. M., and
Zhivanovich, M. D.4 for assistance. There are 7
figure:!@; and 5 ref.)-rences, U.")., I U.K.., I Sov-iec-.
The U. K. arid U.S.1 references are: G. E. Bacon,
"Neutron Diffract:*.on", 1955; S. Pasternack, et-c.,
Phys. Rev., 81, 1@6, 1951; R. G. Weiss, etc., Phyn.
Rev., 83, E63, 19i5l; R. Medin, ote., Rev. S)clont.
Card 4/5 Instrum., 21, 10, 1950.

Malting - a Crystalline Monochromat.-LZ,:@r of (59@A
Lead for Neutron Diffraction Stri-;c t Lire -jOV/70-11-5-6/36
Studies
ASSOCIATION: Central ScientJ.fi.:, Research InstitLlt(-' of' Ferrous Metal-
lurgy (Tsentral.1wry nauchno-issledovatollokiy inrritut
chernoy nietallillr9hi)
SUBMITTED: May 26, 1959
Card 5/5

ABDV, Yu.G.1 LITVIN, D.F.4
@- - I
Experimental neutxfon dIMa9tion -wthods (st*4-). Prib. i tokh.
ekop. no.3.:3-15 M:,r-Je 166. (MM, 14W)
1. Institut teorptichaskoy i eksporimentallnoy fiziki AN SSSR.
(Neutrons-Difftaction)

LYASHCHMIKO, B.G.; LITVIV. D.F.; ABOV, Yu.G.
Neutron #ffractibn otwly of iron-cobalt alloys. Kristallograftia,
6 no.4:553-559 ,'Jl-Ag 161. (MM 14:8)
1
1. Institut metallovedeniya i fiziki metallov.
(Neutron diffraction crystaUography) (Iron-cobalt alloys)

GOWIKOV) V.I.; LITVII, D.F,,; "HIMANOV, A.A.; LYASHCHEUX0, B.G.; FUZEYp I.M.
Z@
Neutron diffra!.,tion determination of the temperaturie dependence of the
arrangement of.atoma in a FeCo alloy. Kristallograf.1lia 7 no.5:788-790
S-0 162, 1. (MIRA 15:12)
1. Inotitut pretsizionnykh splavov TSentrallnogo nauchno-imaledovatell-
sko o institu-, ,m chern..@y metallurgii imeni Bardina.
fIronw-cobalt alloy) (NeuLron diffraction crystallography)

GOMANIKOV, V.I.; LITVIN D.F.; LOSHMAYOV, A.A.; LYASHCMKO, B.G.
On the antiferro4etic structure of chromium. YOUtallograftia 7.
1 - -
no.5,.790-79; S-0 162. (MIRk 15:12)
1. Institut" metallofiziki TSentrallnogo nauchno-issledova@ellakogo
inatituta, c).').ernoy metal1urgii imeni Bardina.
(Ferrome4,nMAsm.) (Neutron diffraction crystallography)
(Chromium)

39751 ,
0 0 s/126/62/014/001/003/oi8
E032/E414
AUTHORS: Gomanlkov, V..I., Lityin,-D-J., Loshmanov, A.A.,
Lyashchenko, B.G.
TITLE: Neut@-on diffraction studies of Ni-Cr alloys
PERIODICAL: Fizilla metallov i metallovedeniye,.v.14, no.1, 19,62,
26-29
TEXT: ' The authors report the design of a neutron diffractometer
which can be use@l both with single crystals and polycrystalline
materials. The:neutron beam is collimated by a multi-slit
coilimator and h,*ms a divergence of about 24, at an intensity of
10 to 109 neutrlt3n/cm2 sec. The beam is made monochromatic by
reflecti.on from *:Che (111) plane of a lead single-crystal. The
monochromatic beam is extracted through a special extraction
channel.in the boron-paraffin shield. The trolley carrying the
specimen can be traversed across the beam so that wavelengths
0
between 1.5A and "white" radiation can be covered. BF3 filled
counters enriched with B10 are used as detectors. The spectrometer
incorporates various attachments such as a crystal calibrator,
goniometer for large specimens,.electromagnet, cryostat, high-
Card 1/2

S/126/()'2/014/001/003/018
Neutron diffraction ... E032/E414
temperature chamber, high-pressure multiplicator, etc. In the
present work the diffractometer was used to determine the magnetic
moments of Ni a'ad Cr in binary alloys containing 5.98 and 8.26 at."i,
Cr. The exper,Lments were carried out at 77'K. The diffus6ly
scattered background due to the specimen under investigation was
determined with and without the magnetic field so as to separate
out the magnatke component of the diffuse scatt6ring. The '
preliminary con!clusion is that the addition of Cr to the alloys
gives rise to a reduction in the magnetic momoat of Ni atoms.
It is probable that the Cr moments are anti-parallel to the magnetlic
moments of the Ni atoms. It is stated-that work on the Ni-Cr
system is being.continued. Academician G.V.Kurdyumov is thanked
for his assistaace. There are 3 figures and 1 table.
ASSOCIATION: In.11titut metallovedeniya i fiziki metallov TsNIIChNI
(Iiistitute of Science of Metals and Physics of Metals
TsiUICI-01)
I
SUBMITTED: No@rember 28, 1961
Card 2/2

S/126/62/014/.PO2/015/018
E073/E192
AUTHORS: Gomknlkov, V.I., Litvin, D.F., Loshmanovs A.A., and
Lya shchenko, B. G.
TITLE: ord0ring in Ni-Cr alloys
PERIODICAL: Fiz1ka metallov i'metallovedeniye, v.14, no.2j 1962,
1
305'-307 f
TEXT: Ni-rr alloys were inve-stigated in -the region of a
Ni2Cr sxiper-lat tice formation, using neutron diffraction and
polycrystallinel(20 to 35 at.% Cr) and single crystal (with nearly
stoichiometric composition, 32.9 at.50 Cr) specimens. The crystal
was in the form!of a sphere 8 mm.in diameter.* All the specimens
were subjected to an equal heat treatment-so a.,3 to obtain maximum
ordering: quen1ching from 1200 OC in water and annealing at 50P OC
for 1036 hours.: No super-lattice lines were detected in neutron
diffraction patterns of polycrystalline specimens. The F110-1
zone of the single crystal showed reflections which are cl@ara_cter-
istic for the s)iper-lattice Ni2Cr. The dimensLons of the anti-
phase.domains wore evaluated as being at least 1200 Neutron
Card 1/2

Ordering in Ni4 .;r alloys S/126/62/014/oo2/015/018
I E073/E192
I
diffraction stuclies of the temperature dependence of the degree of*
distant ordering: S can show whether there exists a real two-phase
state with a deS',ree of distant order in the new phase S -1
or whether the -jingle phase solid solution is retained wiLh
S = 0.8. The Osence of any super-lattice reflections in the
neutron diffract!ion photographs is explained by the authors by
the low s@ensiti-%Iity of the powder method used in their experimeiits.
There are 2 figi-ires.
ASSOCIATION: Ins:titut metallovedeniya i fiziki metallov
TsNjl1ChM
(Institute of the Science of Metals and the elk)_iCS
of '14etals, TsNIlChM)
t
SUBMlTTED: @Jarph 39 1962
Card 2/2

GOMANIKOV, V.I.,- 11,:@JTVIN =D.F.; LOSHMANOV., A.A.; LYASHCHINKU, B.G.; PUZEY, I.M.
Neutron d%ffraction examlnsU6 for determinAng the temperature
depsndanao of tim atomic ordei, In the FeCo alloy. Ukr. f:Lz. shur. 8
no.2:268-,'@)70 F A43,. (Km&% 16:2)
1. Ment'Palfw nauahna-issledovatellskiy institut chernoy metallurgii,
I Inbtitu". metallovedeniya i fisiki mefaMo-@, @bskva.
([e-mail] crystallography) (Iron-cobalt alloys)

ACCESSION XR: JAP40 33104 5/0120/64/000/0(,2/0043JO046
AUTHOR: Abesai ze, Doydzhashvili, G. I.; Wtvin. D. F.;
Lyashcheako, B. G..' Protopopov. N. N.; Chikob&vw.--1r.--s;,
TITLE: Univers-1 davim for neutron -d iffraction. structuxe analysis
SOURCE: Pribory* L tekhaika eksperimenta7 im. Z, 1964, 43-46
TAGS: nc@utron diffraction, structural amlysis, neutron diffracl:ion analysi..,,
J"IL-actometer.,, ntliutron coMmtor, neutron monoolwomator
ABSTRACT: A niew device combining the features of those describ'ed byBorst
an& 8jailor (Rev Scient. Iustrum., 1953, 24. 141) and WdUan mul Kochler.
(Phys. Rev., 19! @' 100, 545) conaists of three rnecharically'indeptudent compo-
n
nea'ts: a e ronIcollimator I (sect Enclosure 1). a crystal monochromator 2, and
a diffrac o ter,; The collimator isformaedbyli5O-alloyO.1-mmiihostii with
t
Z-Inm=umn g I 1. 11 maonochromator includes a Pb l0x8QxZ00-xnmpbLte cut from a
ap
1/3

ACCESSION NA: AP4033104
single crystall and fastened to a goniometer. The diffractometer can be adjusted
to any wavele@gth from 1. 5 A to the "white" radiation. Proportional c6unters
flUed with 2 400 torr with up to 86% B'0 are used for neutron detection.
Three nieutro@! -diffraction curves are shown; deslg@i details are supplied. "The
assembling a J testing of the first laboratory modeL of the devimwere carried out
by V. 1. Gom Ikov, N. V. GrWkin, S. A. Vyazehaskiy, D. F. Lityin, A. A.
Loohmanov. land B. G. Lyashchenko. 11 Orig. art. has: 4 figurer.
ASSOCIAT N: Institut metallovedeniya, i fiziki metalloy ToNlICNA. (Institute of
Metal Scien a and Physics of Metals, TaNnChM); Institut finiki AYJ Grusssa
f
(Institute a Physics, AN Gruz5M)
SUBMITT 30U&y63 ATD PRESS:., 304(i ENCL: 0 1
E
SUB COD h: - lip NO REF SOV: 00 1 OMCR: 003,
2/3

-ACCESSION 'fIR:
ZN1;LOSVRZ 1 01
RIX
71g, 1, Universal device- for neutron-diffraction studios
I - Gollimatorl 2 - crystal monochromator; 3*- channel;
4 - vormpar; 5 - s,tage; 6 -support Plate; 7 - con3olal
'a - detector; 9 - electric wtor; 10-Aleatromagnetic clutch.
d
- 3/3
AP4033104

U: AP4Oi5 8/OO20/64/156/O0JL/rjo69/0M I
1AUMM: Lltvinj Do Fe; POW itqVs1dYj,Ye. 0.
iMTM: The affect of pressure on the tempsrature of antiferr=agmetic chrow
trawfonLation
SOURCE: AN WSRe DoklMy*p ve 1561 no. l., 1964.. 69-71
TOPIC TAGS: pressure, antiferrcmag*P-tism,, chrome transformation, structure ana3y.
sis,, Or, Fe,, Nip Co*,, Cu,, Impurltyv electric resistivity
:ABSTRACT: With a view to amplifying earlier studies carried out by Western
linvestigators,, the authors employed. neutron structure analysis as the most
leffective method of observing the ciffect of pressure on the magnetic structure of
chrame. The total'amount of Impurities in the specimens did not exceed. 0.02% and
the Fe., Ni., Co and Cu content was.31mited to 0.001 to 0.003%. The authors also
studied the effect of pressure on Neel temperature by plotting a diagram for Cr
resistivity -versus temperature aul presduree All results stood In good agreement
I
i with literary data. Hydrostatic pressure was found to lower the temperature of
trawform,-ation of Or into the anIA&rromagnetic state. - The mean Inclination of
.Card - 1/2

ACCFZSICK HH; AP4035W
the Neel temperature - pressure dependence curve amounted to -6 x 10-3 degrees/Sta
within the investigated range. Origo art. has: 8 figures.
ASSOCICION: Institut metal I vedeniya, i fizild zetaLlov, Tsentral Inogo nAt#lcbn
inaledovatellskogo institute cbernoy matallurgii imenJ 1-'*" Po Bardina, (Institute
of Metallography and Pbysica of Metals of the Central Research Lutitute of
Ferrous xeis,3:2@t!
SUMCM=: 13Dep63 D= AM: 2&4ay6W MCL.- 00
'M CM: MR no MW M 001 PARR: Wr
Cord 2/2

L n66A,&'@ EWP(e)/ 1;WP(Q1W ?,TC(x.1,&--T 'nl JD/
ACC NRt A.P6001473 SOURCE CODE: UR/0226/65/000/01210045/0047
'AWIW/JG/ 17p
AUTHORI Shchagolevs, R. P. ; Golubevs, Lj_ S. J-@Ltvin,-)@, J, ; Pon__
skiyq Ye,. G.; Zhirking Yu. N. J-
ORGs Catitral Scientific Research Institvca of Ferrous M tallurgy
(Tsen@t-vt-flnyy nauchno-looledovate sk I Itut chernoy metallurgii)
TITLEt The Zr-TL-0-Fe deformable alloy for high-pressure chambers
SOURCES Poroshkovaya metallurgiyaj@no. 12, 1965, 45-47
TOPIC TAGSi deformable body, high strength alloy, high alloy steel,
coherent scattering, neutron scattering. high pressure chamber, metal
forging, til Imate stran
J'fth
.111 @j
ABSTRACTs u1sintered Zz-Ti . O-FeIdeformable alloy designed for high-
pressure cliambers ' a-s--aiv-eloVed by the authors during neutronographic
investig on& of materials. The alloy has a composition corresponding
to the zero amplitude of coherent scattering for neutrons- (53% Zr,
44,95-43o8Z T1# 0*25-0,40Z O,/And 1.0-2.0% Fe) and to che structure
of an unordered solid solutionsIP The ultimate strength of forgings to
130-150 dan/MM2. (Based on author's abstract) I1h LNTJ
SUB CODEs 11*/ SUBM DATZ# 04Jun65/ ORIG REF: OOS/ 01H REVa 001
%AWG - L I& L41

LITVINO D.M.; MOROZOV, N.N.
"-@@ww%*"Tau*'Domatic ball canting machine. Lit.proizv.uo.1:14-16 '57.
(Foundry machinery and supplies) (MLRA 10:3)

LITTIN, D.N., litzhener; KOBLENTS. L*L., inthener.
ftmn@
Shotblast cleaning table, model 353. Lit. protry. no.2:9-11 F '57.
(Fmindry machinery aud supplies)

LITTIN, D,,H.
- -
Model 516 semiautomatic machins for pressure casting of nonferrous
alloy mchine parts. Idt. proizv. no.1:10-14 A 158. (MM llt2)
(Die casting) (7oundry machinery and supplies)

LITWIN, D.H.; PETROV, G.A.
Now 180-tne electric discharge separators used for regenerating
burnt moldl-Ag sands. 3lul.takh.-okon.Inform. no.12:19-20 '58*
(MI101. 11 ; 12)
(separators Mm-hines))

25(1)9 28(l) SOV/120-59-8-9/29
AUTHOR: litvin, D.M., and Morozov, N.N., Engineers
TITLE: Automatic 11otary Five-2osition Goxa-Blowiiig Machine
?ERIODICAL: liteynoye proizvodstvo, 1959, Nr 81 pp 18 - 23 (USSR)

ABSTRACT: J.-
The automatic rouary five-position core-blowing ma-
chine model 95 287 (Fig 1) was designsd by NII1ITKASH
.(Scientific Eesearch Institute for Machinery Casting)
and was constructed by the plant "Krasnaya Presnya".
The rotary five-positions table enables five identi-
cal or different cores to be blown. The five posi-
tions include the following production steps: blo-
wing cores; covering @he form wit-h the drying plate;
turning the mould 180 , drawing out the core, retur-
ning the empty mould to its former position and pu-
shiug the core on to the conveyor; blowing out the
empty mould with pressed air and spral'ing it with
kerosene. The machine which wigighs 1-0 tons is pla-
ced on a concrete base and is 5 meters long, 3.7 m
wide and 2.35 m high. The automatic core-blowing
machine is controlled by an electtru-15neumatic appara-
Card 1/2 tus KEP-12U and has an output of 250 corets per hour.

SOV/128-59-8-9//29
Automatic Rotary Five-Position Core-Blowing Machine
The maximum weight of the core can be 20 kg and its
maximum measurements should not be over 750 mm long,
350 mm wide and 200 mm high. The air pressure is
6 - 7 atmospheres and the pressure on the core plate
increases through the multiplier to 17 tons. The el-
ectric motor for the rotation of the table has a
strength of 1.7 kW and does 930 rpm. The second mo-
tor for the mixing apparatus is of 2.8 kW and does
1460 rpm. There are 6afety devices in the machine
which switch off the electric current and stop the
influx of pressed air when a disturbance in the pro-
ducing pr6cess takes place. There are 1 photograph
and 6 drawings.
Card 2/2

LITVIN, D.M.; MOROZOV, N.N.
The 95287 automatic rotating sand-blast coremaking machine.
Biul. tekh. ekon. inform. no.9:20-23 '59* NMA 13:3)
(Coremaking)

_LITVIN. D.M.; MARTITANOV, E.I.
Device for determining the strength of molding mixtures. Lit.
proizv. no.10:45-46 0 160. (MIRA 13:10)
(Band, Foundry--Testing)

LITVJNp D.M.; MOROZOV9 N.N.
The 552 and 553 centrifugal machines for moldings buPhings of
acpper alloys. Biul.tokho-ekon. inform. no.3tl7-19 161.
(Machine molding (Founding)) (MIRA 34:3)