SCIENTIFIC ABSTRACT GAREYEV, E.Z. - GARF, MIKHAIL ERNESTOVICH

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000514320009-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: July 19, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GARMV. 2. Z.
The botanical garden of the Biological Institute of the Kirghiz
Branch of the Academy of Sciences of the U.S.S.R. on the occasion
of the 25th jubilee anniversary of Kirghizia. Izv.KirFAN SSSR
no.1/10:43-54 151. (MLR& 8:1)
(Kirghizistan--Botanical gardens)

let
V
HAZLMSKIY, S.I.: MAYAROV, S.N.; PILIPRITY0, F.S., GFIRASIMOV, M.V.; WIRSKATA,
M.L.; VEMER, A.I.,[deceasedi: 7A3IL@T@'Y, I.M.; IWINA, N.Y.; 30101007,
S.Ya.; LOZINA-LOZIIISKAYA, A.S.; SAAKOV, S.G.;7jj.J"3S5KIY, D.M.; AVRCRIN,
N.A.; IVANOV, M.I.; FRIKLADOV, N.V.; SOBOLEVSKAYA, K.A.; SALMTOV,
M.N.; HALINOVSKIY, F.I.; LUCHNIK, A.I.; KUVCHENKO, O.A.; VEKHOV, N.K.;
GROZDOV. B.V.; KASHKIN, S.; BOSSE, G.G.; PALIN, P.S.,(g.Shuya, Ivanov-
skoy oblasti); MATUKHIN, ZATIVARNITSKIY, G.F.-, GRACHEV, N.G.; CIUAMSOV,
M.I.; KIRKOPULO, Ye.N.; LEVITSKLYA,A.M.; GRISHKO. N.H.; LIKHVAR', D.P.
VILICHINSKIY, N.M.; LYPA, A.L.; OREKHOV, M.V.; SHCHERBINA. A.A.;
TSYGANKOVA, V.Z.; BAUN07SKIY, A.L.; GEGRGlYEVSKIY, S.D.; STEEPUNIN, G.A.
OZOLIN, E.P.; LUKLYTMTE, M.K.; KOS, Yu.l.; VAIL'YEV, A.V.; RUKUADZE,
P.Ye.; VASHAIZE, V.N.; SHANIDZE, V.M., MLNDZHAVIDZE, D.V.-, KORKESHKO,
A.L.; KOLESNIKOV, A.I.,(g. Sochi); SERGEYEV, L.I.-, VOLOSHIN, M.P.1
RIBIN, V.A.; IVANOVA, B.I.; RIABOVA, T.I.; G4RE)%V, E.Z. ;RUSANOV, F.N.;
BOCHANTSEVA, Z.P.; BLINOVSKIY, K.V.; KLYSHEV, L.K.; KUSHEGIAN, A.M.;
LEONOV, L.M.
Talks given by participants in the meeting. Biul.Glav.bot.sada no-15:
85-182 '53. (MLRA 9:1)
1. GlavW botanicheskiy sad Akademii nauk SS;SR (for MakarovPilipenko,
Gerasimov, Illinskaya. Veksler); 2. Akademiya komunal'nogo khonyay-
stva imeni X.D. Famfilova for Vasillyev); 3. Vaeaoyuznaya sellskokho-
zya,yetvannaya vystavka (for Illina); 4. Botanicheskiy sail Botaniche-
skogo, instituta imeni V.L.KomarOTa Akadsmii nauk 55SR (for Sokolov,
Lozina-Lozinakaya, Saakov); 3. Botanicheakiy sad Leningradskogo
(continued on next card)

NAZAWSKIT, S.L.---(continued) Card 2.
goaudarstvannoeo ordene, Lenina universiteta (for Zaleaskiy); 6. Pol
yarno-Allpiyokiy botanicheekly sad Kollskogo filiala Imeml S.N. Kirove,
Akademii nauk SSM (for Avrorin)t 7. Botanichookly oak pri Tomskom
gosudarstvannom universiteta (for Ivanov); 8. Botanicheakiy sad pri
Tomokom gosudarstvennom universiteta iment V.V. Kuyby8heve, (for Prik-
ladov); 9. TSeatrallnyy Sibirakiy botanicheskiy sad Zapadno-Sibirsko-
go filials, Akademil nauk SSSR (for Salamatov, Sobolovskaya); 10. Bo-
tanicheskiy sad Irkutoko gosudarstveanogo universitets, imeni A.A..
Zbdanova (for Malinovskiy); 11. Altayskays, plodovo-yagodnaya opyt-
naya stantsiya (for Luchnik); 12. Bashkirskly botanicheekly sad (for
Kravchenko); 13. Lesontepuays, selektaionnaya opytnaya stantaiya deko-
rativnykh kulltur treata Goozeleakhoz Ministerstva kommunallnogo kho-
zyaystva RSFSR (for Vokhov); 14. Bryanskiy lesokhozyaystvenWy insti-
tut (for Grozdov); 15. Botanicheekly sad pri Voronezhp@,,w gosudar-
stvennom universitate (for Kashkin); 16. Orekhovo-Zuvevdkiy pedago-
gicheakiy inatitut (for Bosse); 17. Botanicheskiy sad pri Rostovskom
gOBudaretvennom universitsto imeni V.K. Molotova (for Matukhin); 18.
Botanicheskiy sad Kuybyshevokogo gorodckogo otdela narodnogo obrazo-
vanlya (for Zatvarnitakiy)-, 19. Zoobotanichaskiy sad pri Xazanskom
universitate (for Grachev); 20. Gosudarstveanyy respublikanskiy
proektnyy institut 'Giprokommunstroy" (for Cherkasov); 21. Botani-
cheskly sad Odeaskogo, gosudarstvennogo universiteta Imeni I.I. Nechni-
kova (for Kirkopulo): 22. Botanichaskly sad pri Dnepropetrov@skom
gosudarstvannom universitete (for Levitakaya); 23. Botanicheskiy sad
(continued on next card)

MUMMY, S.L.--- (continued) Card 3.
Akadenii nauk USSR (for Grishko, Likhvar', Villchinskly); 24.
Kiyevskiy sel'skok6zyaystvennyy institut (for Lypa)j 25. Botani-
cheskiy sad Chernovitakogo gosudaratveunogo universiteta (for Orekhov);
26. Botanicheekiy sad pri LIvovskom gosudarstyennom universitste @^
iment Iv. Irranko (for Shcharbina); 27. Botanicheakiy sad KharIkov-
skogo gosudarstvennogo universitets, imenj A.M. Gor'kogo (for TSygan-
kova); 28. Botanicheskiy sad Zhitomirskogo sel'skokhozyaystvennogo
infitituta (for Baranovskiy); 29. Botanicheakiy ead Akademii nauk
Belorueskoy SSR (for Georgiyevakiy); 30. Institut biologii Akademii
nauk Belorneskoy SSR (for StePunin); 31. Botanicheakly sad Akademii
Litovskoy SSR (for Lukaytene); 32. Bobanicheskiy sad Latviyakogo go-
sudarstvannogo universiteta (for Ozolin); 33. Kabardinskiy krayeved-
cheskiy botanicheskiy sad (for Koo); 34. Sukhumskiy botanichookiy
sad Akademli nauk Gruzinskoy SSR (for Vasillyev, Rukhadze); 35. Be-
tumakiy botanicheskiy sad Akademii nauk Gruzinskoy SSR (for Shanidze);
36. Thiliaskiy botanicheskiy sad Akademii nauk Gruziaskoy = (for
gandzhavidze); 37. Sochinskiy park Dandrariy (for Korkeshko); 38.
Goavalarstvennyy Nikitskiy botanichaskiy sad imeni V.M. Nolatoya (for
Sergeyev, Voloshin)j 39. Krymskiy filial Akademii nauk SSSR (for
Rybin); 40. Botanichaskiy sad Moldavskogo filiala Akademil nauk SSSR
(for Ivanova); 41. Botanichaskiy sad Botanicheskogo instituta Aka-
demii nauk Tadzhikokoy SSR (for Ryabova); 42. Botanicheakiy sad Kir-
gizakogo filisla. Akademii nauk SSSR (for Gareyev); 43. Botanicheskiy
Abontin d on next card)

IUZARL'VSXIY. S.L.---(Coatinued) Card 4.
Bad Akademli nauk Usbekskoy 5M (for Rusanov, Bochantseva); 44.
Botanicheskir sad Akademil nauk Tarkmenskoy M (for Blinovskiy);
45. Respublikanakly sad Akademii nauk Kazakhakoy SSR (for Ilyshev,
Nushegyan).
(Botanical gardens)

GARZYMY, B.Z.
qmlity of Chu Valley dried fruit. Trudy Inst. bot.i rast. KirYAN
SSSR no.1:55-61 154. (14LRA 10:1)
(Chu Valley-Fruit-1vaiporation)

GARIM, E.Z.
------
Work of the Botanical Garden of the Academy of Sciences of the Kirghiz
S.S.R. Biul.Glav.bot.oada no-20:50-53 155. (MIM 8:9)
1. Botanicheskiy sad Akademil nauk Kirgizakay SSR.
(Kirghizistau@.-Botaaical gardens)

kand.sel'skokhoz.nauk; TKACMIKO, V.I., kand.biolog.nauk;
KOCBMIKO, A.I., mladsbiy nauchnyy sotr.: SHPAK, R.L.. mlndshiy
nauchnyy sotr.; KRIYOSHEYEVA, L.S., m1ndshiy nauchnry aotr.;
NIKITINA, Te.V., kand.biol.nauk, red.; ANOKRINA, M.G., tekhn.red.
LGuide to the botanical gnrden] Putevoditell po Botanicheakomu
andu. -trunze, 1957. 78 P. (MIRA 11:1)
1. Akndemiya nauk Kirgizakoy SSR, Frunze. Botanicheskiy sad.
2. Akademiya nauk Kirgizskoy SSR, BotnnichesHy end, Institut
botaniki (for Kareyev, Tknehanko, Kunchonko, Shpnk, Krivosheyeva,
Nikitina).
(Frunze--Botanical gardens)

GAR@,-E-Z-, Doe of Bio Scl -- (diss) "Peculiarities of the formation
of apple blossom buds." Moscow, 1957, 30 PP (Institute of Plant Physlolggy
im K. A. Timiryazev, AS USSR), 200 copies (KL, 30-57, 109)

USOR/Cultivated Plants - Fruits and Berries. INI-5
Abs Jour : Ref ZhLW - Mol.) 110 3, 10992
AU'llor : G_-reyev, E.
Tnst :
Ti-'.-le : I-Qie Variety C--)mposition of Plums Should be Renovated.
orig Pub : S. i:l--. Kirgizii, 1957, No 3. 20-22
Abstract : No abstract.
Card 1/1

GAREYEV,, Enver Zakizlyanovich., doktor biolog.nauk; NOSOVETS,
.. CHOT=-- S.., tekhn.YDd.
f
(Fruit, culttite in Kirghizistan] Plodovye kul"tury Kirgizstana.
Frunze, Kirgizskoe gos.izd-vo, 1959- 132 p. (MIRA 153-5)
(Kirghizistan-Fruit culture)

OARMV, B.Z.
Iffect offrult drop on the formtIon of flower buds ID the
apple tree. Isv. AN JMr.SSR Ser.biol.nauk I no.3:67-81 159.
(MIRA 13:7)
I IZISTAN-APPLI)

GARSMO_l
Winter-hard peaches for co=ercial production. Izv. Aff Kir.
SSR. Ser.biol.na-ak I no-3:-151-152 159. WRA 13:7)
(11MM IZISTO-PUCH-VARM IRS)

OARITIV, B.Z.
---------- 1-101b@
Twenty yearel work in developing the Botanical Garden (of the
institute of Botany of the Academy of Sciences of the Iirghlz
S.S.R.J. Izv. AN KIr.SSR Ser.blol.uauk 1 no.3:3-9 159.
(MIRA 13t7)
(FRUNZIC--BOTANICAL GAIRDEKS)

TKACHENKO, V.I.; G&RgM,,4.Z., otv.red.; BUTLIM0, V.P., red.izd-va;
AHOKHIIIA, M.G., tekha.red.
[Treas and shrubs of the North American flora in the botanical
garden of Franzel Derev'ia i kastarniki severoamerikiinskoi
flory v usloviiakh Botanichaskogo sada goroda Frunze. Frunze,
Izd-vo Akad.nauk Kirgizakoi SO. 1960. 129 p. (MIRA 13:7)
(Frunze--Plant introduction) (Trees) (Shrubs)

GARETEV R Z %V*'
.- -
Regionalization or fruit culture in Kirghizistan. Izv. Kir.
fil. Geog. ob-va SSSR no.3:73-76 162. (MDU 15:10)
(Kirghizistan-Fruit culture)

GAVEYEV,
Fruit trees for landscape gardening in Frunze. Izv.AN Kir.SSR.
Ser.blol.nauk 4 no-3s21-27 162. (MIRA 15:11)
(FRUNZE-FRUIT TREES)
(FRUNZE-LANDSCAPE GARDFNING)

GIAREYE41 E.Z.
New pro-dainE forms of peuch bybrid3. Izv.AN Kir.SSR,.Ser.blol.
nauk 4 no.3:135-1118 162. (KRA 15:11)
(CHU VA=, --PEACH BREEDING)

GAREET, @.Z.; LITV.UIGV, N.A.
Apple hybrids of the Botanical Garden in the Tien Shen. Izv. AN
Kir. SSR. Ser. biol. nauk 5 no.2:49-51 163. (MIRA 160)

GAREYEV, E.Z.
Tasks of landscape gardening in the cities and poptLlatod places
of Kirghizia. Izv. AN Kir. SSR. Ser. biol. nauk 5 no.2:7-12
163o
Promising hybrid plums of tha Botanical Garden. Izv. AN Kir.
SSR. Ser. biol. nauk 5 no.2:63-64 163. (REUi 16:9)

GAREYEV, E.Z.
Twenty-fifth anniversary of the Botanical Garden of the Acadearl
of Sciences"bf the Kirghiz S.S.R. Izv. All Kir.SSR..90r.biol.nauk
5 no.4:5-17 163.
Prospective hybrid apples of the Botanical Garden. Ibid.05-55
Nectarines. lbid.9103-105 (MIRA 17:4)

ACC NR: AP7012411 SOURCE CODE: UR/0367/67iOO5/001/01.23/0128
-AUTHOR: Gareyev, F. A. Gareev, F. A.; Graboirskiy, Ya. -- Grabowski, Ya.;
-B
Kalinkin;'
ORGt Joint Institute for Nuclear Research (Ob"yedinennyy Institut yodemykh-
Issledovaniy)
TITLE: Diffraction effect In the angular distribution of transfer reaction
products
SOURCE: Yadernaya Mikat v. 5, no. 1, 1967, 123-128
T
ZOPIC TAGS: angular distribution, nuclear collision
SUB CODE: 20
ABSTRACT: The diffraction effect In the angular distribution of transfer
reaction products has been treated. Its relation to the parameters charac-
terizing collisions between nuclei Is established. It Is qualitatively ex-
plained why an asymmetry exists in the half-!ildths of the stripping and pick-
u reaction product energy 9 actrum Orig. art. hast 3 figures and 10 formulas.
PRS i
tBased on authors, Eng. OZ. Ci 40,3D
cmd
_09'3Z7

ns

L 12617-65,
),ACCESSION NR:%AP40-39736

(0)

02

VD2,

Diode' 1'ess:bridge qe 11'
Caird 3/3'

GAREYEV, F.A.; KALINKIN, B.N.
Inelastic scattering of complex nuclei. lAd. fiz. 2 no.4.635-
642 0 165. k,vdwt M11)
1, OlflyedinenW institut pdarnykh issledovnni7.

GARFEM, I. I.
Jaw of Fossil Rhinoceros antiquitatis (Plumb.) From the Enlirons of the
City of Krivoy Rog
The author describes a new find of the Jaw and teeth of a fossil
rhinoceros which were discovered in a sandy pit on the left slope of the
Chervonnaya valley in the neighborhood of the city of Krivoy Rog. The
found remains are referred by the author to the species Rhinoceros anti-
cuitatis (Blu;nb). The characteristics of the Jaw and teeth of the rhino-
ceros are accompanied by a detailed description of the profile sectIon of
the sandy deposits uncovered by the pit, where the above-montioned re-
mains were found. (RZhGeol, No. 6, 1955) Geologivaj mineralogiva, No. 1,
1954, 97-101.
SO: Sum. No. 744, 8 Dee 55 - Supplementaz7 Survey of Soviet Scientific
Abstracts (17)

KHALILOV, A.Kh.; PARFEN31EV, I.; A)CCHURINO B.S., kand.veterinarnykh naak;
ALPAROV, D.A., kand.biologicheakikh nat*l GAREIEV M.S., nladobiy
nauchnyy sotrudnik; SHERSTOV, S.V.
Use of tissue preparations. Voterinariia 38 no.1:25-26 Ja 161.
MIA 15:4)
1. Sekretarl Charodinskogo rayonnogo kmiteta Komministicheskoy
partil 36vetskogo Soyuza Dagestanskoy ASSR (for Khalilov).
2. Glavnyy veterinarnyy vrach Orzhitskogo rayona, Poltaval:oy oblasti
(for Parferklyev). 3. Bashkirskaya nauchm-issledovatellskaya
vetbaklaboratoriya (for Akchurin, Alparov, Gareyev). 4. Glavnyy
veterinarnyy vrach Upravleniya mywo--mlochnoy i rybnoy promyshlen-
nosti Zapormhakogo sovnarkhoza (for Sheratov)o
(Tissue extracts) (Stock and stockbreeding)

J) TIEWi(c). Pc4j r-4
-L 5 M
ACCF MR.- -- ---- -
AM16186 -
ZSIOK
AV."LHOR. ousy
Lladovik, A. N.
TITLE: R".Ctiona-Lof CarbethoXycsj@bene::and diasomethane with uvasturated-0,,ralm-
.4v
phosphorus compou ado and djaWlPhosphorcus acidis
94 94
SOURCE: 2hurnal dbahchey@khimii, vo 34 no. 12,,1%4, 3 2-3 6
TOPIC T ArN i testerj phosphinic .acid, L phosphoric acid, organic azo compound.: organi
phosphorum compound
-jt
p'ho-s'p*hin`i_ ud:all lphosph c c*da
Abstrmct.,@ -Ethj@l
ini a I 06nd
ai th.
'the . e .r1allyl.-ester of phosphoric acid were used in astudy of Lthe;.
'readtion-of carbenea-Land'a1 iphatic--diazocoupounds With Unsaturate& orga
J'phoaphorui compounds,* in'the light of theLaynthesis of phoaphorus-contain-,"'.
Ang compounds or, thd@cyclopropano an d pyrazoline series. Carbotho3ty@;.L
16arbene vis fotind-to react with eiste'rs of allylphosphinic acid and the-
@diethyla eater-of phosphoric:aeid-, forming cyclopropano derivatiVes
'in lov
VjUyl_ and:
YiLelds (10-46%). The reaction -of diazometh%ne with
inic esiers 'r@aUCQ coi-responding.pho6phorixa-containing
ia y p cap d
pyrazoline derivatives,'Me reactio".of diizoacetic eater.with d
ial@yl
C

FMOVIK, A.H.; GAREYEV, R.D.
Reactions of carbethox;ycarbene with unsaturated organo-
phosphorus compounds. Zhur.ob.khim. 33 no.10:3,Va-3442
0 163* (MRA 16:11)
1. Kazanskiy gosudarstvennyy universitet.

Av?
K-:% -JI

YAKOVLEV.. B.Ya., podpolkovnik, voyennyy letchik vtorogo klassa; GAREM, V.G.,
mayor,, voyennyy shturman pervogo klassa
Transport planes en route. Vest.Vozd*Fl. no,3.46-49 Mr 161,
(KMA 14:6)
(Transport planes)

-., QUILM-7 R-11,, inzh,
Practices in the application of powder metallugry. Mashincstroenie
no.3:3-4 MY-Je 162. WIRA 191:7)
1. Luganakiy teplovozostroitellnyy zavcd.
(Powder metallurgy)

7?
jj I./, li 1 ' @ @ .11 .
Lu
F.t.icticm; of carbatlioxycs rbene and wncat rated
o-ariolli, o3phoni:t compoundo RTId ZhUl'.
b.khl;m. :31,112-3946 D 164
'34 no.] 2
go:3id@irstvennry

ZHUKOV, A.I.; GAREYEV, V.N.; MARKOVAp V.M.
Sorption of hydrolyzed ions of the elements of theproup V and VI by
cation-exchanging resins.- Zhur.neorg.khim. 7 no.711724-1729 J1 162.
(KIRA 16'-3)
1. Urallskiy politekhnicheskiy institut.
(Sorptiod) (ion exchange resins)

STEPANOV, B.I.; FOMINTKH, B.A.; GAREYEV, V.N.
Series of metal stresses in the solutions of alcali sulfides.
Tzv.AN-Uz.SSR.Ser.tekh.nauk 9 no.5:75-77 065.
(MIRA 18:10)
1. Sredazniprotsvetmet.

ABUKOVA, Ye.N.,- qARKUZk,-H.S-, TITIOVA, M.N.; DREYOVA, V.P. Prinimali
uchaatiye:ffRIFCR0VA, Te.N.; REDZHEPOV, N.M.; KLENOVA) N.A.;
KAZAK, A.F.; FURMANOVA, N.M.; VISHUEVSKAYA, L.A.; SARKISOVA, E.N.
Measures for the control of acute intestinal diseases in Ashkhabad.
Zdrav.Turk. 6 no.4:3-8 Jl-Ag 162. (MIRA 15:8)
(ASHKHABAD-INTESTINM-DISEASES)

GAR.EYEVA, M.S.; ABUKOVA, Ye.N.
Prevention of parenteral epideaic hepatitis (Botkin's diseam)
Zdrav. Turk. 7 no,5:33-35 (41) may 163. (KLRL 16:8)
(HEPATITIS, INFECTIOUS;--PREVFI-ITION)

GAREYEVA, V.DI,, inzh.
Universal instrument for measuring austenite content in steels.
Mashinostroenie no.2:79-80 Mr-Ap 162. (MIRA 15: 10
1. Luganskiy zavod Im. Oktyabr'skoy revolyutsii.
(Tool steel--Testing)

AUTHOR: Babat, G. and Garf, A. 4-12-8/24
TITLEt The Magnetron (ilagnetron)
PERIODICAL: Znaniye - Sila, 1957, # 12, p 22-26 (USSR)
ABSTRACT: This is an excerpt from a book - "The Magnetron". This
instrument produces very short - centimeter long - radiowavos
which find their application in radar devices.
There are 5 figures.
AVAILABLEt Library of Congress
Card 1/1

CA RF, A.; 1.
GARF, A. L.
Sever; pod obshchei red. N.N. Mikhailova;
Moskva, Molodaia gvardiia, 1948. 262 p. (Geografielieskaia
naucluio-khudozhestvennaia seriia "Nasha Rodinall)
DLG: DK5U. A5G35
SO M, Soviet Georgraphy, Part 1, 1951 Uncl.

S/025/62/000/010/002/002
D230/D308
MTHOR: GjrL,_Auna_-_ - - - -
TITLE: H.F.-mobile stays on course
ZRIODICAL:
Nauka i zhizn' no. 10, 1962, 74-80
G.I. Babat, the outstanding Soviet scientist, Pro-
fessor, Doctor of Technical Sciences, was born in 1911 and died in
1960. -.-, a young man lie worked at the Svetlana Plant, Leningrad,
on electron devices, thyratrons and rectifying networks, improving
their efficiency. He was the first to apply.electro-thermal, niethodd
to metal processing; in 1934 he discovered the condenser welding
process currently used in-vacuum techn@que`s. The first Soviet-made:
valve generator and devices for hardening and fusion are due to him.
For his efforts in the field of induction heating of metals he re- ',
,ceived a Government iWard in 1943. Foodstuff sterilization by means
of dielectric heating, glass-welding by h.f..current, separation of!
gases from metals have been originated by him. He pioneered the
work on h.f. devices for metal ore exploration. In 1942 he publishJ
dard 1/2

S/025/62/000/010/002/002
Ii-F.-mobilc'stays on courdc D230/D308
e
cd the paper about the polygonal inductor; shortly afterwards lie
conceived the idea of thcF-ji.f. transport system, which he called
(Vechemobill - h.,'L.-mobil:e'1). Subsequently, he devoted most of his
time to the design and realization of workable and efficient sys-
..tems. II.f. electric trucks are currently being used in the mines
cf the Soviet Union. The article contains reproductions of early
and latest models of the h@f.-mobile.. A tribute-to his work is
written by Professor I. Kaganov, Doctor of Technical Sciences.
.There are 6 figures.
Card 2/2

GARF, Anne,
Green branch. Nauka i zhisn' 29 no.lit86-87 N 162. (MIRA 16:1)
(Zhitkov, Boris Stepanovich, 1882-1938)

GARF, A.M., student VI karsa
Some data on the histochemistry of am-71oid. Vrach. delo no-5:246
My 161. (MIRA 14:9)
1. Kafedra patologichoskoy anatomii (zav. - zasluzhennyX deyatell
nauki, prof. Ye.I.Cha&) Kiyevskogo meditsinskogo instituta imeni
akademika A.A.Bogomoiltsa. (AMYLOIDS)

G AR F13. A.2 Pnc; TI. I. I I KC-L 911.'-rL
Procktirovanip metallicheski1kh konstrulktsii dirkhablei. Dopushcheno
v kachestvp ucheb. posobiia dlia slushatelei DUX i-m. X. E. Tsiol':covskogo.
Z,!oslcva, Glav. red. aviats. lit-ry, 1039. 362 p., Mus.
Title tr.: 1"etal airship desif-n. Approved as a texthoob.
Airship 7@eFirn and Construction Schools.
TL66o.G3
SO: Aeronautical Sciences and Aviation Jn the @oviet. Union, Ljbrar.@, of
Ccnrress, 1955.

n
L@Relz B"O'
GARF. B. A.
Mountaineering - Caucasus
"Bezingiyskoye gorge." Vok-rug sveta no. 11, 195@'
9. Monthl List of Russian Accessions, Library of Congress, LIM -1953, Uncl.

SIHONOV, Te.D., redak-tor; ROTOTAYEV, P.S., redaktor; BOROVIKOV. A.M.,
redaktor; BULGAKOV, N.V., redaktor; QLRIP. II.A,, rpdaktor. GV02W-
SKIY' N.A., redaktor; YXZ SM, Te.ff-.;--r-eTaMor; ZATULOVSKIT,
D.M.. redaktor; IVANOV, A.L. redaktor; KEJZIMIN. K.K., redaktor;
NNSTAROV, Y.F.. redaktor; SUSLOV, A.D., redaktor; TUSHINSM, G.K.,
redaktor; YUKHRI, I.V.. redaktor; LZBORVA, N.G., redaktor; GOLI-
TSTH, A.V., redaktor; KOSBWSVA, S.M., tekhnicheskiy redaktor
[Conquered peaks; annual publication of Soviet mountaineering for
19331 PobezhdenNve vershiror; ezhegodnik savetakogo allpini2ma
god 1953. Moskva, Goo. izd-vo geografichaskoi lit-ry. 1954. 606 p.
(Mountaineering-yearbooks) (MlRA 8:7)

F, Call fir: AF 1133946
AUTHOR: See Table of Contents
TITLE: Use of Solar Energy (Ispoilzovaniye solnechnoy energii),
Volume I (Sbornik 1)
PUB.DATA: Izdatellstvo Akademii nauk SSSR, Moscow,, 1957, 247 pp.,
3200 copies
ORIG-AGENCY: Akademiya nauk SSSR. Energeticheskiy institut im.
G.M. Krzhyzhanovskogo. Geliotekhnicheskaya laboratoriya.
EDITORS: Ed. in Chief: "aum, V. A., Prof., Doctor of Tech.
Sciences; Ed. of Publishing House,', Bogoslovskiy, B. B.;
Tech. Ed.: Prusakova, T. A.
PURPOSE: The book is the first attempt to assemble data gathered
from laboratory experiments on heliotechnique.
Card 1/8

Call Nr: AF 1133946
Use of Solar Energy (Cont.)
COVERAGE: The work is a collection of articles on various subjects
dealing with solar energy. Trie book deals with Russian
contributions. For bibliographic references and per-
sonalities see the Table of Contents.
TABLE OF CONTENTS
Foreword: The Heliotechnical Laboratory of the Institute of
Power Engineering im. G. M. Krzhyzhanovskiy, Academy of
Sciences, has for many years been conducting research
on the use of solar energy, the design of new solar
installations, and the most practical uses fo-P solar
energy in many regions. The foreword, which gives a
running commentary on each article published in the book.,
points out that, with the exception of Veynberg, V. B.
and Yaroslavtsev, I. P.; all authors are staff members
of the Heliotechnical Laboratory of the Institute of
Power Engineering.
Card 2/8

Use of Solar Energy (Cont.)
Call Nr: AF 1133946
Baum, V. A. Possible Utilization of Solar Energy 7
There are 22 references, 10 of which are USSR, 9 English,
1 French, 1 Italian, 1 Indian; 2 tables and 4 photographs
are included.
Yaroslavtsev, I. N. Variations in Total Heat from Sun and Sky
Radiations and the Time Distribution of Solar Radiation Energy
for Tashkent. 24
All 5 references are USSR; 10 tables are included.
Veynberg, V. B. The Coefficient of Intercepting Radiation
Reflected From Parabolo-cylindrical and Paraboloid Mirrors
by a Receiver. 32
There are no references; 6 figures are included.
Card 3/8

Call Nr: AF 1133946
Use of Solar Energy (Cont.)
Veynberg, V. B. Spectral Characteristics of Sun Radiation
Receivers.- 41
There are 14 references, 11 of which are USSR, 2 English,
and 1 a translation from English; 3 figures and 2 tables
are included. The personalities mentioned are Lazarev, D.N..,
and Kuznetsov, N. P.
Garf, B. A., Borozd1na, M. S., Rekant, N. B. Study of Reflecting
Surfaces of Solar Installations 49
Of a total of 6 references, 4 are USSR, 1 English,
1 Japanese. There are 6 figures and 8 tables. The per-
sonalities mentioned are: Savinov, Yanishevskiy, and Gurevich;
the facilities referred to are: the Chemical Laboratory of
the Plant Im. Yablochkov the Glass Works of the Konstantinov-
skiy Planr,@Pche Glass M,:@i@iacturing Pl-ant in Proletarsk
(Voroshild'vgradskaya o.), the Glass Works in Tallinn (Eston-
skaya SSR), and the Leningrad Polytechnic Ir,-3titute.
Garf, B. A. RotatLon Mechanisms of Mobile Solar Installations 62
There are no references; 26 figures are included.
Card 4/8

Use of Solar EnergY (Cont.)
Cal.:. Nr: AF 1133946
Aparisi, R. R., Baum, V. A., Garf, B. A. Large-Capacity Solar
Installations 85
There are 2 USSR references and 9 figures
Markov., G. I. Technological Characteristics in the Construction
of Ferro-concrete Paraboloid Mirrored Reflectors for Helio
Installations and Some Indicators of Their Work 99
The personalities mentioned are: Molero, F., Maksutov, D.D.,
Poyarkov, S. G., and Rekant, N. B. There are no references;
10 figures are included.
Kozlov, B. K., Bogdanov, F. F., Kolos, Ya.G. and Markov, G. I.
Thermotechnical Studies of a Solar Paraboloid Installation
for Steam Production. 110
There are no references; 6 figures are included.
Card 5/8

Use of Solar Energy (Cont.) Call Nr: AF 1133946
Brdlik., P. M. Testing a Solar Refrigerator 118
The All-Union Scientific Research Institute of the
Refrigerating Industry -Is m&ntioned. There are no
references; 2 figures are included.
Shchegolev, D. M. Heating Buildings by Mean3 of Solar
Energy 124
Of a total of 10 references, 4 are USSR, 6 English.
Brdlik, P. M. Testing and Rating Solar Distillers 136
Of a total of 8 references., 5 are USSR, 2 Englisho
1 German; 10 figures and 3 tables are included.
Aparisi, R. R. Experimental Installation Generating High
Temperatures 151
Of a total of 6 references, 1 is USSR, 2 are French,
1 English, 1 a translation from English, 1 a trans-
lation from German, 14 figures are included.
Card 6/8

Use of Solar Energy (Cont.) Call Nr: AF 1133946
Garf, B. A. Small Solar Cooking Installation 163
There are no references; 6 figures are included.
Garf, B. A. and Khunt8ariya, R. K. Pardbolo-cylindrical Water-
Boiling Installation of 40-Liter-per-Hour Capacity 172
There are no references; 2 figures are included.
Petukhov, B. V. *MeUmd of Rating Solar Water Heaters 177
Of a total of 10 references, 9 are USSR; 1 a trans-
lation from English; 23 figures are included.
Markov, G. I. and Rekant., N. B. Testing Solar Water Heat-;rs
in Tashkent in 1952 and 1953 202
There are 2 USSR references; 10 figures are included.
Card N

Call Nr: AF 113946
Use of Solar Energy (Cont.)
Markov, G. I. Coefficient of Darkening of Direct Solar
Radiation by the Glass Cover of a Helio Receiver and
the Quantity of Direct Solar Radiation Falling on the
Receiver 210
All 4 references are USSR, 3 figures are included.
Foyarkov, S. G. Technical and Economic Indicators of Solar
Installations 214
There are no references; 11 tables are included.
Ismailova., A. A. Possibilities of Utilizing Solar Energy for
Fruit and Vegetable Drying.
All 5 references are USSR; 12 figures are included.
Card 8/8

. - ., I- - .@ @. - @ ,- - , - , - -,z
. , @k.. 8, 'i @'V '!@ , -I - : : -
m
- . "- 5" - -, @- V",W EP i@- . - a -

GABY b.A.; BOROZDINA. M.S.; REKANT, N.Y.
Investigation of the reflecting surfaces of solar apparatus.
Ispoll.soln.energ. no.1:49-61 '57. (MIRA 10:11)
(solar energy)

SOV/124-58-5-5018
Translation from: Referativnyy zhurnal, A\Iekhanika, 1958, Nr 5. p I I I'USSR
AUTHOR: - Garf, B.A.
TITLE: The Rotation Systems of Movable Solar-energy Devices
(Mekhanizmy vrashcheniya podvizhnykh solnechnykh ustanovoki
PERIODICAL: Ispol'zovaniye solneclin. energii. Nr 1. Moscow, AN SSSR,
1957, pp 62-84
ABSTRACT: A description is given of various kinematic rotation prin-
ciples for solar-energy devices, and their respective charact-
eristics are compared. For large devices the most suitabic is
the two-support systern &ith separate azirriuth and angular-
elevation rotations. In the stress analysis of the rotating parts
careful attention must be given to the factor of wind loads, the
influence of which can be greatly reduced with the aid of special
provisions. The subject of control systerris for the rotations 1!5
examined.
S.G. Kishtsyn
1. Solar energy--Applications 2. Machines--Lesim 3@ Rotat:frg
Card 1/1 structures--Stresses 4, Rotating structures--Gontrol systezis

f / - "'- - /'/'
@ APAiISI, R.R.; BAUM, V.A.; GARY, B A
High power solar furnaces. Ispoll.sola.energ. ao.1:85-98 '57.
(MIRA 10:11)
(Solar energy)

". II /", .
GARY, B.A.
Itz .................
Small solar cooker.
Ispoll.soln -ener . no.i:163-171 ' 57. (MIRA 10:11)
(Solar ener@j

C,@A /@, A .,/-
GARY B.A - KffMSARITA, R.K.
Parabolic-cylindrical solar apparatus with a productive capacity
of 40 liteirs of boiling water per hour. Ispoll.soln.energ.
no.1:172-176 157. (MIRA 10:11)
(Solar water heaters)

APARISI, Rafael' Rafaelevich; GARF, Boris Arnolldovich;. BAUM, V.A.,
otv. red.; KLYAUS, Y4.M.,- red.' izd-va; RYLINA, Yu.V., tekhn.
red.
jUsing solar energy]IspolIzovanie solnechnoi energii. Moskva,
Izd-vo Akad. nauk SSSR, 1958. (MIRA 16:1)
(Solar energy)

3(l) PHASE I BOOK EXPLOITATION SoV/2677
Aparisi, Rafael' Rafaelevich and Boris Arnolldovich Garf
Ispollzovanlye solnechnoy energii (Utilization of Solar Energy)
Moscow, Izd-vo AN SSSR, 1958. 58 P (series: Akademiya
nauk SSSR. Nauchno-populyarnaya se@iya) 15,000 copies
printed.
Ed.: V.A. Baum; Ed. of Publishing House: Ye. M. Klyaus;
Tech. Ed.: Yu. V. Rylina.
PURPOSE: This book is intended for general readers interested
in the problem of the uses of solar energy.
COVERAGE: This booklet discusses in popular form the history
and present status of the attempts to use the Sun's immense
energy in industry and in the household. The "trapping" of
solar energy in "solar furnaces" and other devices is
described with some reference to the utilization of solar
energy In rocket techniques. The book Is Illustrated with
35 figures and devices. No personalities are mentioned.
Card 1,12

Utilization of Solar Energy (Cont.)
There are 11 references, all Soviet.
TABLE OF CONTENTS:
introduction
I. Low-temperature installations
II. High-temperature installations
III. Solar power stations
IV. Direct transformation Of *olar-
electric
V. Storage of solar energy
VI. Future prospects
Bibliography
AVAILABLE: Library of Congress
SOV/2677
radiative energy into
3
10
18
34
43
48
55
55
MI/mg
Card 2/2 12 2-59

PF.L= I BMI CEPILDITAT11:% 5M/4642
Ak%i,,r.Tz mauk 3SS1. Emarg-ettehemk-jr InotItut
nv. 2s lop-P.-anty. rKU (P-t P-r
E-e-rug. X0. 2, t- of 5OI.r Enarr) 195 P- Er-t-
.11;, 2,@M -Orj- pritd.
Sp-m-rUg A4--eit Lkadqmd" mauk =R. EnergetteMsily Ina%%-Wt I@i
G.F. Lfthizh4-.zk@jr..
PLawp. Ld, *V.A. Baum. D@tcr of T@.@mloql Sclem,%a, rmfinacr; Zd. Of
Hrus.. G.P. 'a-hk-; T-h. E4.t I.N. D-khIr..
PtTP.P=, a-- V@blle 4-.Im Is Iz--dd.f-r -A -b.ral.t-
I...- -@d 1. 1" tLi-I ti- alar -t7-
cum4ut ni. 0*11-t t- of 19 1. 1" 1 f rli-,
.ark V;bll..td -d- ---A tIII. in -,I@ artI pr. x t -It.
-v&-tsd 1. th. t:=R d.rl-C tt.. '..at thr., j- t
to. Lsbcr@-ory = Lks -- of Selar F-rgy mal Wind In the F-"*tl@f -kIr
".tlt@t AJ9 SOX (Pm-- t@Nlt:-:rU4 In'tilt... f t@. AS !=@,);a Pr-bl-Ts
dwwradAM Um awstr-U@inaoe . of solar dr. t'6 01-1
dassa1% ff ..I@ -.w rans, 1-4 .1".d. So wammmalLtI.-
sosittemad. Uftrasnos. ran-
nd th.
f
5z
B-1- LP;P-alss,t- ?W'-!1,4 far Dtemjnj@, tM cff.,.I...y 'r th.
3-14, F-r zt.-Ion 65
3"a' Prc-bl~ in ths kmml@m of Solar Pave,
69
and T..1 - P'.1-3sly.
QPtImaoa r---.rl lr Z.lr 3,-Ic-
A.J. -f Ih- Th-ral Cvdtt-!vIt:, cf 99
Of 0. %,9 of Tter,agl Zt0rag. B.tt.r7
:m p"*L" Wit" Us r@rCT racerated bjr Solar Power Statices lit
r.
C,
@t'rl'tlcs Of H*"- Ty;. Scl.r Still. lu
Iff.1t of 't" 3"'oti- Of Ab.orbi.c
In 't, UrITI.-Y ar 4 -;,I.r r.Cl- ID
T
P
A -1 1
-
.
.Pir.ka,- On t,),. Z,.I-
17 r cr
tjO. I 3
.
st- I
S
l
P
.
a
r
7
- pl-
. 142

Otl@ A-cl, vC I-Lintian In S,'.r
dl%b n.t BOil.r. jq

P PLthd:
C- @-tsmi.ic 0A Efft,lanajr f Ua-ie
..
tf 1.0t.u 1-4 C.A.C S.I., r..r47 1?0
K r-17 Ik-- Of ' Solar Th-rml F-r S-@atj- 174
A11CL.SOU@ Llb-j f C-,_..

.,rd 4A
2/6/61

-_q4W,--B.A.,.-kand.tekhn.nouk.Ltranalatorl; MOTULEVICH, V.P., kand.takhn.
nauk Ltranslatorl; BAUM, V.A., prof., red.; VISKOVA, N.V., red.;
RYBKINA, V.P., takhn.red.
(High-tormerature solar furnaces; collection of translations]
Solnechnie vysokotemperaturnye pechi; sbornik parevodov. Pod red.
V.A.Baumn. Hookwa, lzd-vo inostr.lit-ry. 1960. 470 P.
(Solar furnaces) (MIRA 13:11)

S/030/60/000/010/006/016
B021/BO5e
AUTHORSi Aparisi, R. R., Candidate of Technical Sciences,
Strelltsovao A. ., Candidate of Chemical Sciencesq
.Garf,, B. A., Candidate of Technical Sciences
91
TITLEs Solar Installation for the Photosynthesis of Caprolacta
PBRIODICALt Vestnik Akademii nauk SSSR, 196o, No. 10, pp. 67-68
TF.XTs The synthesis of caprolactamg the initial product for synthetic
caprone, can be carried out by photochemical nitrosation of cyclohexaneg,-,'
which shortens the technological process and reduces the cost of caprone.
Photosynthesis proceeds under the action of the visible part of the
spectrum, the yield being directly dependent on the irradiation intensity.
Experiments showed that apart from artificial rays, solar radiation can
also be utilized for this chemical reaction. Such a solar installation
was developed in 1955 by the Energeticheskiy institut im. G. M.
Krzhizhanovskogo Akademii nauk SSSR (Power Engineering Inetitute imeni
G. M. Krzhizhanovskiy of the Academy of Sciences USSR) jointly with the
Gosudarstvennyy nauchno-issledovatel'skiy i proyektnyy institut azotnoy
Card 1/2
i" T-
,@p
371.

Solar Installation for the Photosynthesis of S/010/60/000/010/006/016
Caprolactam B021/BO58
promyshlennosti i organicheskogo sinteza (GIAP) (State Scientific Research
and Planniniz Institute of the Nitrogen Industry and of the Organic Syn-
thesis (GIAP).). From 1958 to 1959 further studies were conducted jointly
with the Institut organicheskoy khimii Akademii nauk Armyanskoy SSR
(Institute of Organic Chemistry of the Academy of Sciences Armyanskaya SM)
at Yerevan. The new installation permitted to increase the radiation in-
tensity by 3 to 4 times through radiation concentration by means of
automatically guided mirrors. An experimental installation was established
by the Power Engineering Institute jointly with the GIAP, which is to be
installed at the Kirovakanskiy khimkombinat (Kirovakan Chemical Kombina@l-
There is I figure.
Card 2/2

L 35820-66 DIP (k) /F.--,,.T (m) /T/EWF@'-,t)/T4F (v)/5,[P(t)/E-,l
ACC NRz AP6015240 soURCK CODE: UR/0125/66/000/005/0008/0?0
@3
AUTHOR: Novikov, V. I., G�Kf_LA_- -1r. 4
ORG: Institute of Electric Welding in. Ye. 0. Paton,.AN UkK_4Sk (Institut elektro-
svarki AN UkrSSR)
'a
TITLE: Brittle fracture of welded Jointvf low-alloy steet,4-8 = thick
SOURCE: Avtomaticheakaya avarka, no 5, 1966, pp 8-10
TOPIC TAGS: low alloy steel, material fracture, brittleness, weld evaluation,
freezing/St.3 low-alloy steel
ABSTRACT: Most of the studies of the brittle fracture of low-carbon and low-alloy
steels at natural low temperatures (down to -60*C) deal with specimens more than
10-12 mm thick, yet now that the use of thin-walled (4-8 mm) steel is increasing,
the question of the strength of the welded joints of such steel, of their pronenesil
to brittle fracture is becoming acute. To answer this question I phe authors investi-
gated 4-8 mm thick welded joints of killed and rimmed St.3 stee4% At -60*C for the
specimens of killed steel, tensile strength remains atiffic-li-n-ti-y high, but for
specimens of rimmed steel this strength falls to the level of the steel's yield
2 UDC: 621.791.053.004.74

35"_)-'_-@-66
ACC NR: AP6015240
point and there occurs the so-called quasi-brittle fracture. Stress distribution is
also important in characterizing the behavior of the welded joint; thus an off-centel
application of load produces a stressed state at the notch, which contributes to the
brittle fracture of the steel. By contrast with thicker specimens, specimens of 8 W
thick steel fracture at stresses close to the ultimate strength of a steel with a
considerable plastic deformation. Hence, as the thickness of steel decreases to 8 M
and less, the resistance of welded joints to brittle fracture increases. Thus, whil4
the brittle fracture of steels 4-8 mm thick is in principle possible, its danger is
substantially smaller than that of steels 12-40 mm thick. This makes it possib e to
employ thin-walled steel in load-bearing structures located in low-tem- X-
gions, including the Far North, provided that a nonuniform distribution of working
stresses and residual tensile stresses at sites of stress concentration -- particu-
larly in the presence of an off-center load -- is avoided and that the cold brittle-
ness of various makes of thin shesit steel is investigated in further detail. Orig.
art. has: 3 figures, 3 tables.
SUB CODE: 13, 11/ MM DATI: OWct65/ MIG RIF: 002/ OTH RIFt 002
2/2

I
CIARF , 1% 77. @ R
"Dynamic Analysis of "!Pchanical. In:5',n"ations for TiPsting Aviation Equipment.11 Thesis
for degree of Cand. Technical Sci. Sub 28 Jun 49, rlogeow Aviation Technological Inst
Summary 82, 18 Dee 52, Dissertations Fresented For Degrees in Science and Engineering
in "oscow in 1949. From Vechernyaya :!oskva, Jan-Dec 1949.

USSR/Engineering - Machines, Testing Mar 50
Endurance Testing
"Dynamic Features of Fatigue-Testing Machines,"
M. E. Garf, Lab of Mach Constr and Problems of
Agr Mech, Acad Sci Ukrainian SSR, 8 pp
T-U
CIq
"Zavod Lab" Vol W.I, No 3
Attempts classification of fatigue-testing machines
according to their dynamic setups for producing re-
-versed stresses disregarding their other properties.
Divides machines into four basic groups. Each group
in illustrated by description of several constructions
M
159.r28
USSR/Engineering - Machines, Testing Mar 50
(Contd)
most'used in testing practice. Expresses opinion
that classification of this kind is very essential
for theoretical analysis of principles for produc-
ing cyclic loads.
159T28

?A 163T58
USSR/Metals - Testing) Fatigue Jun 50
Dynamic Analysis of Testing Machines With Mechanical
Application of Loads," M. E. Garf.. Lab of Mach Bldg
and Problems of Agr Mech, Acad Sci Ukrainian SSH
"Zavod Lab" Vol XVI, No 6, PP 70.9-'121
iPresents dy-namic analysis of mectanical principles for
, creating -'rever-se stre5ies in specimen during fatigue
testn. Diccusses follouring crit-aria: accuracy of meas-
uring loads applied to specimen, effectiveness of stkn-
.ulating cyclic stresses, ri)@te of stress application,
stability of loading specimen. Results of analysis may
be 4pplie,@t to increasing efficiency of existing test-
ing macbines and fo.- developing new tonstructions.
163T58

- -V - xxv.
2. sssR (6oo)
4* Vibration
7. Distortions of the form of vIbrations In testing apparatuses.
Nauch. trudy Inst. mash. sellkhoz. mekh. AN UrSr 3, 1951
9. Monthly List Of Ruslian Aggessions, Library of Congress, February 195). Unclassified.

GAR?, M.Ml, Imndidat takhnichaskikh nauk.
Vibration waveform distortions In testing souil-ment. Nauch. trad7
Inat. mah. i sellkhoz. makh. AN URSR 3:142-156 '51. (MLRA 10:8)
(Testing machinary-VibmtIon)

1. -2-at', Y. Ye: 11.1.
2. T' tA (600)
-DR
4. Bearings (Machinery)
7. Measuring of reactions on the bearin-, surfaces of rotating shafts.
Vest. mash. 32. no. 10. 1952-
9. Monthly List of Russian Accessions, Library of Congress, Febnlp= -1953. Unclassified.

SOV/1 211- 58- 3- 3483
Translation from: Referativnyy zhurnal, Mckhanika, 1958, Nr 3, p 127 (USSR)
AUTHORS: Serensen, S. V. , Garf, M. E. , Gluvchinskiy, Ye. V. , Korsakevich,
N. 1.
TIT LE: Measurement of the Dynamic Forces Arising in Component
Elements of a Self-propelled Harvesting Combine (Izmereniye
dinamicheskikh usiliy v detalyakh mosta samokhodnogo kombayna)
PERIODICAL: V kn. : Sb. trudov po zemledel' cheskoy mekhanike. Moscow,
Sellkhozgiz, 1954, Vol 2, pp 271-289
ABSTRACT: Description of equipment for the measurement of torque
moments acting on the shafts of a combine. The measurements
were accomplished at four points by induction-type parametric
strain gages.
N. P. Rayevskiy
Card 1/1

GARF. Mikhail Ernastovich; KORSAKEVICH, Nikolay Ivanovich; KPJXARMO,
dk-aka-'-tiPy-evna; SOMISMI, Sargey Yladimirovich; SLUTSKAYA,
011ga Bnrisevna: MARITONSHY, M.B., redaktor: KRYWVSKA.YA, H.S.
tekhnichaskiy redaktor.
[Strength of tractor engine crankshafts; -ual for calculations
and tests) Prochnost' kelenchatykh valov traktornykh dvigatelei;
rukoyodstvo po raschetu i ispytaniiu. Kiev, Izd-vo Akademii
nauk USSR, 1955. 199 P. (MLRA 9:1)
(Cranks and crakshafts) (Tractors)

SOV/124-58 1-1373
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 1, p 170 (USSR)
AUTHOR: Garf, M. E.
T!TLE: Determination of Dynamic Errors in Fatigue Tests (Opredelenive
dinamicheskikh oshibok pr; ispytaniyakh na ustalost')
PERIODICAL: V sb. : lzmereniye napryazheniy i usihy . detalyakh mashin.
Moscow, Mashgiz, 1955, pp 214-223
ABSTRACT: The author examines only those errors introduced as a result of
beat oscillations of a specimen. It is shown that the force determined
from the deformation of the spring and the force that bends the speci
men are not identical. In such load conditions a supplementary
dynamic force arises and results in an asymmetry of the cycle, even
though it does not affect the amplitude value of the stress. Relaticri
ships are given for the stresses and the coefficient of cycle asym--
metry. The author presents designs for remotely - meas u ring equip-
ment as well as data relative to the experimcitat verification of the
above-stated propositions.
L. M. Rubinshteyn
Card 1/1

!,M
r:-

Iz:I f
VM/ Engineering - goat treating
Card .1/1 Pub. 128 - 13/28
Authors i ShaWI A. Ya.p Engl Losinskly, M. G.p Ctaid. of Mecb.. So.; Serenseno S. V. P
Active Mem.,- Acad. ;i So., Mcr. SSR.; and Garf Cand. of Msahv* Se.
TItle Concerning the efficient heat treating of crankshafts for the DT-54 tractor
diesel engines
Periodical i Yost. mash. 35/6, 56 60, Jun 1955
AbstrAOt i During the period 1949-1951 f from 3-0.6% of all DT- 54 diesel engines
0
Manufaotured by-the Stalingrad Tractor Flent@ were rejected due to defects
in engine crankshafts'. Approxiihtely 91.2% of these defects were caused by
-the breaking of.crank webs and pins. For this reason, operational tests
were conducted to determine the magnitude of torque, bending, dynamic load,
aid vibration factors In crankshaft operation,,,and to determine the 'influence
efficiency of crankshafts. Three USSR references (1950-1955). Drawings;
Inustrational graphs; table.
Inatitutim I @Infftitut mashinovedeniya i seltskokhozyayst*mnoy mekhaniki
Akademii nauk USSR
Submitted

PHASE I BOOK EXPLOITATION 371
Serensen, Sergey Vladimirovich; Garf, Mikhail Ernestovich; and
Koz1ov, Leonid AleksandroviciT
Mashiny dlya ispytaniy na ustalost'; raschet i konstruirovani.ye
(Fatigue Testing Machines; Design and Calculation) Moscow,
Mashgiz, 1957. 404 p. 5,500 copies printed.
Ed.: Serensen, S.V., Academician, Ukrainian Academy of Sciences;
Reviewer: Morozov, Yu. N., Docent; Ed. of Publishing Houset
Akimova, A.G.; Tech. Ed.: Model', B.I.; Managing Ed. for
Literature on Machine Building and Instrument Construction (Mashgiz)
Pokrovskiy, N.V.
PURPOSE: This book on design and calculation of fatigue testing
machines is intended for engineering and technical personnel,
computing staffs, designers and laboratory workers, and
students in technical vuzes.
G*r-&J41.7-_

Fatigue Testing Machines; Design and Calculation * 371
COVERAGE: The book presents a dynamic analysis and.design calcu-
lations for strength of fatigue testing machines. Along
with dynamic analysis methods and design calculations for
strength and durability of principal assemblies, the study
reviews various designs of fatigue testing machines,
including machines employing high cyclic rates, machines for
testing at high temperatures, etc. In addition to already
published materials, the book includes engineering data
obtained from the following groups: Komitet prochnosti
Nauchno-tekhnicheskogo obshchestva mashinostroitel'noy
promyshlennosti (Committee on Endurance, Scientific and
Technical Society of the Machine-building industry),
Spetsial'noye konstruktorskoye byuro ispytatel'nykh mashin
Nauchno-issledovatel'skogo instituta vyesovoy promyshlennosti
(Special Design Bureau for Testing Machines, Scientific Re-
search Institute of the Weights and Measures Industry),
Institut Mashinovedeniya AN SSSR (Machine Studies Institute,
USSR Academy of Science4 Vsesoyuznyy nauchno-
issledovatel'skiy teplovoznyy institut (All-Union Scientific

Fatigue Testing Machines; Design and Calculation 371
Research Institute for Locomotives), etc. There are 125 references,
89 of which are Soviet, 21 German, 2 French, I Italian, and 13
English.
TABLE OF
CONTENTS: Page
Foreword 3
Part I. BASIC PREMISES FOR DESIGN, CALCULATION AND CLASSI-
FICATION OF FATIGUE TESTING MACHINES 6
Ch. I. Fatigue Process and Characteristics to be Determined
During Fatigue Testing 6
Ch. II. Requirements for Parameters of Fatigue Testing
Machines and Basic Phases in their Development 25
Cud-141i

lf'M 25(2)
AUTHORS: Garf, M. E., Ruben, P. M. SOV/32-24-11-26/37
TITLE: The Determination of Dynamic Errors in Tests of Fatigue
in Bending
(Opredeleniye dinamicheskoy pogreshnosti ispytaniy na
ustalost' pri izgibe)
PERIODICAL: Zavodskaya Laboratoriya, 1958, Vol 24, Nr 11, pp 1403-1406
(USSR)
ABSTRACT- The equation according to Lagrange can be applied to the
solution of problems concerning oscillations in compressive-
tensile-strength or torsion-testing machines. A sketch of the
dynamic system of a testing machine of this kind is given.
The dynamic error can be computed with the aid of the equation
Mst Mdyn . 100 % (K and M being the bending
Mdyn st dyn
moment with static and dynamic loads). Further calculations
lead to the discovery that the value of the dynamic error
does not depend on the nature or mass of the load. This was
exemplified in the testing of crankshafts of tractor diesel
card 1/3 engines. A dynamic error of 24.8 % was computed, whereas

The Determination of Dynamic Errors in Tests of SOV/32-24-11-26/37
Fatigue in Bending
actual measurements yielded a value of 23 %. Moreover, it
was observed that an extremely intensive increase of the
dynamic error is brought about when the clamping holder
which is closer to the load is enlarged. As a result of
these observations the mass of the load may be selected
according to the optimum working conditions of the machine,
as this mass has no effect upon the dynamic error. In
compressive-tensile-strength or torsion-testing machines
the dynamic error is only influenced by the rigidity of the
dynamometer and the mass of the clamping holder attached to
it. In bending testing machines, however, the dynamic er.,.-or
depends on the rigidity of all parts of the system and on
all compact masses (except that of the 73ad). The equations
obtained permit a sufficiently accurate determination of the
dynamic error and therefore also of the optimum sizes of the
testing machine. There are 3 figures and 2 references, 1 of
which is Soviet.
Card 2/3

The Determination of Dynamic Xrrors in Tests of SOV/32-24-11-26/37
Fatigue in Bending
ASSOCIATION: 'Institut mashinovedeniya Akademii nauk USSR
(Institute of Mechanical Engineering of the Acade,.V of Sciences
UkrSSR)
Card 3/3

25(2) SOV/32-25-3-34/62
AUTHORS: Garf, 11. E., Sinyuk, 1. 1.
TITLE: Programmation of the Load Conditions for Tests in the Case of
Crank Excitations of Dynamic. Loads (Programmirovaniye silovogo
rezhima ispytaniy pri krivoshipnom vozbuzhde,,ii--' dinamicheskikh
nagrizok)
PERIODICAL: Za7rodskaya Laboratoriya, 19592 Vol 25, Nr 31 PP 346-349 (USSR)
ABSTRACT: A machine was ocnstructed which can be applied to programmed
tests of flexure or tcrsior. of large samples (Fig 1). It will
be used in the case of tests in which for the destruction of
the sample no big stress is necessary and w-here crank exciters
can be used which automatically change the amplitude of dynamic
load according to a previously chosen program. The amplitude
of the excited dynamic motions is fixed by the rotation of a
crankshaft, in the eccentric opening of a spindle, rotating
in an immob'4!e casing., The moments of flexure and of torsion
are determined according to the deformation of a dynamometer
and recorded by a microscope. The operational conditions depend
on the position of a handle, directing a double gear which
Card 112 itself is automatically directed by an electromechanical

SOV/32-25-3-34/62
Programmation of the Load Conditions for Tests in the Case of Crank
Excitations of Dynamic Loads
device (F-4, 21 according to a program fixed in advance. The
electri@., contro- of the arrangement --'a regulated by a rotary
dz-am. Precisi-cr and uniformity of the operation of the device
are tes-ced ln connection wi-th bending tests of the crankshaft
of the 'Ira(-,t,:r Diesel engines D-54. It is stated that the
ccnstruction of the program-device permits a very rapid change
of the program. Any changes with re5pect to tension can be
carried o,"'. The machine workd ---',eadi-').y so thqt within 24 hours
n) variatior, in it@s operation was to be -bserved. There are
3 figures and 1 Soriet reference.
ASSOCIATION: Inst-i-.ut lltleynvgo proizvodstva Akademilt' nauk Ukrainskoy SSR
(Ins-'-.it-ate t-,f Found.-Y Indus.ry of the Acaciemy of Sciences,
UkrSSR)
Card 2/2

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t-V k-r,rrs,t*iI... (Prohl-3 of X-hino V@jll !_ro:
Tm.@Aztl- or the r.:1-tifto T@hnul.c-' th, r
@ 11 , t
Prul-tive Fur@a3 of the KhWkov Ercr.@_'@ !nia-.
lad-va AN W.3%, IrM. M, p. 1,5C43 copl- @r!ntal.
5por.aor!r,: Ar.-yr Aknlamlyw rsuk VkrbIr..iioy =k. Sovot po I-cLanlyu prol;-U'L.I.-
.ykh .11 Ukr54;R.
EditzrIal Boards Ro3p. U.s L.A. Vaollarko, Ar&.!=IcIsn of the Az&dozy of S.-I-zos
Ck@rSZUL. A.A. Gorshkov, Corm:por.11nZ Y-L.r, j-d-.y @f Szi-c- UkrSM; "..M.
F.3t.ikoy. D@tor of T@Wc.l rlan.. ; S.Y. A.I. Ad-anko,
or T-h.1c.1 G.M. L..yd.s, C.nd'W.. of E.--!c.1 Sci.=-; X-2. of
of PublI.M.C S.D. L.pkiy; T.@h. U.s R.A. bunly.
?URnZrz Thin collcctl@ Of 4rtl:la3 In for sateutific porsomel, onzi-
caeroa tecWct=o, sorrarkhos vorkers, arwI pplannine oreanization3.
COURAM. The ArtIcla3 dcal vith problcmz In &,4 tachnIquav in the
"nufacture or engines. hydraulic turbin*2, dlesul I"ov.otivea, tractors. cz.@
bina., electrical "chinery, *0@. CcrsIders"Is attantCA in fIVQn to the 1701-
low1ner the devolo;ront of' v.r4ouz typvs of' ua*4 for xuto@tlcn in 0..
coal irovatry; equir--tat. devaiozcnL for th@ prvluctl- atj ujo of mctificr@; Lh.
de-lopcont Of t*V 4=6V2orla2 for mcaauri@Z mod cOntr*I2izg heat-oneincer-nC
paramotem; and the Intrud-tion Of advar-- methods ls@to foundIne and din fore-
Ing. No personalities are Hafom-3 A-,uny soma of the articl.s.
Them are 20 rararancest 16 Soviet, 2 G.@, I rranch, asul I English.
Glazol9w, K.M. (Doctor of Totxilcal rcianc*3 at r_har'kw Pulyt@_hnical
in .tituLal. Tbe Present State of and Lut1mir f,.r the De,ralopmant of Engine
BuIldI.&
lovall, I.A. [Chief De3lenar at Lt.* GSKHD (Scv.j&rztvq-oye 5petslallnoy.
Xcas' mkt.rokc.% Dyu r. Emigatolvjr - Setato C;@'&2 Er.Zi-D-!Cn burcuu) In tho
'Serp I F@I.t- .']. W@rk D-a hy the -S- I Xlolot* Plmot In Khar'kov
am by Its G=13 In the Desir.. of Now Tractor &@:I Co=blr.* EZlnes 61
U3huha, B.P. jChItf Disl&ncr at the Kl@r'@-Wy traktoryy z4vol (Kher1ko,
Tractor Plant)j. The A.11-16,.@sa T-7@ Cat.r@.':I`ar Tr.zt@r 68
-1 O.Yu. Kr=arerki [Caxdidctea cf :-hnical at the
lltop.ugo prol2vods-.va A:; Llkr@Sjl of
I .... tIC.tjnZ the E)yn-1. Str-Cth Of C.rt.!.. C--tr@ctlcr.. In the Tr-t- an I
Tranaportation Irdj.%tric3 75
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V; L.r.@SR (Mectroch-I.-I I--t!tute AS Ulor@@:@. Bas!@ I-rc-;rzta fur he-
...-h In thi 11.1d of of I,- Ty,-. @f 1_--rI. F-tAI-7
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of for of Elo@t'lc
Driv.x 92
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;,'.. (ChW Lj@!;z..t DItIrner at the Xt@r'k-3klY
01y mavol (rharlkov Tr-l@ It. t%. Vavcloj@-- Or
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f..t.r. of'

S/193/6O/OOO/OO2/GO9/O13
AOo4/Aooi
AUTHOR: Garf, M. E.
TITLE: Universal program-controlled fatigue-testing machine
PERIODICAL: Byulleten' tekhniko-ekonomicheskoy informatsii, no. 2, 1960, 32-33
TEXT: The institut liteynogo proizvodstva Akademil Nauk UkrSSR (Institute
of Foundry Practice of the Academy of Sciences UkrSSR) has developed a machine
for the fatigue testing of large-sizespecimens and natural components during
bending or torsion. The amplitude of the developed load can remai-71 constant
during the whole testing period or can be automatically changed within a wide
range according to a preselected program. The kinematic circuit-of the machine
is shown in the illustration. The machine Is composed of the following main
units: motor, crank-type exciter of dynamic displacements, mechanism for the
control of the displacement amplitude during operation, and the electro-mechnical
program unit. The crank-type exciter of dynamic displacements I is fastened to
bed 2. Crankshaft 4 with spherical bearing and connecting rod 5 on the bracket
journal is placed in the eccentric bore of spindle 3. Changes in the angular
position of shafts 3 atid 4 and also their indexing are effected by a worm gear
Card 1/3

3/193/60/OW/002/009/013
Universal program-controlled ... A004/AOOl
I
I 3u . The eccentricity of the spindle bore (rl) is equal to the crank radius
(r2), therefore it Is possible to vary the amplitude of dynamic displacements
from 0 to rl + r2. The mechanism for the control of the displacement amplitude
duringIoperation consists of two shafts 6 and 7 and input shaft 8 with worm
(I = IT ) and gear wheels Z, and Z2. The displacement amplitude being set, the
control mechanism rotates together with spindle 3. The displacement amplitade
and, consequently, the load, are varied by turning handle 9, displacing the dual
gear which rotates at the speed of the spindle. The number of teeth of the gear
wheels on shafts 8 and 10 have been selected in such a way that, at the right-
hand or lefthand position of the dual gear, input shaft 8 outruns the spindle or
lags with a relative speed of about 60 rpm, thus creating a corresponding inorea3e
or decrease of the total eccentricity. Two T-shaped grooves 11 serve to fasten
the setting devices. The machine operates on a resonance condition and develops
a bending moment of UP to +_ 3,000 kg-m with a maximum amplitude of' dynamic
displacements of + 28 mm, or a torque of 0up to + 1,000 kg-m with a maximuir
amplitude of angu]Tar oscillations of + 5 . The7excitation frequency amounts to
1 500 cycles per minute. The driving eleetromotor (N = 2.8 kw; n = 1,500 rpm)
is placed inside the machine bed. There is 1 figure.
Card

;.-Iiversal program-controlled ...
Figure:
IT
S11931601000100216091(iij,
AOOII/AO01
i. IJ U L
0 0 0
Yv I/V
7 - - - - - - - - - - - - - - - - - - - - - -
lqx
Card 3/3
7

28 (5) S/032/60/0-26/01/031/052
AUTHOR: Garf, M. E. BO1O/BOo6
TITLE: Fatigue Strength at a Complicated Shape of Stress Cycle Curve
PERIODICAL: Zavodakaya laboratoriya, 1960, Vol 26, Nr 1, PP 94 - 98 (USSR)
ABSTRACT: In the present institute, a testing machine was designed (Ref 1)
which produces and combines two harmonic load components of a
torsional moment. The frequency ratio of the latter is 1 : 2
and 1 : 3, respectively. Thus, the influence of the shape of
the curves on the parameters of the fatigue diagrams can be in-
vestigated by varying the shape of the stress cycle curves. In
the present publication, this,test technique is demonstrated
using round samples of steel grade 20, and cast iron (with
spherical graphite of perlite-ferrite structure). 10 million
cycles were chosen as test basis. In direct alternations of the
larger and smaller stress amplitudes (within a single halfperiod
of the harmonic main component), steel was observed to have the
greatest hardness, when the amplitude of the lower stresses was
about half the size of the amplitude of the higher stresses.
This also holds for the cast iron investigated though the
Card 1/2 hardening effect is less pronounced. If the amplitude of the

Fatigue Strength at a Complicated Shape of
Stress Cycle Curve
S/'032.V60/026/01/031/052
BOIO/BO06
lower stresses is about one third (or less) of the amplitude
of the higher stresseaq stress alternation has practically no
effect on destruction conditions. Damage to the material is ob-
served only when Tmin >0.8 Tmax (T min 0 lower-, and Tmax 0 high-
er stress). Transition from a sineoidal shape of cycle curve to
a curve having two equal maxima (within a single halfperiod of)
the harmonic main component) leads to damage of the material.
Damage is slight, however, for positive values of T min/Tmax*
There are 5 figures and 2 Soviet references.
AS SOCIATION: Institut liteynogo proizvodstva Akademii nauk USSR
Institute of the Foundry Industry of the Academy of Sciencesp
Ukrainskays. SSR)
Card 2/2

PHASE I BOOK EXPLOITATIM SOV/5940
Serensen, Sergey Vladimirovich, Academician, Academy of Sciences
Ukr6M, Yevgeniy Georgiyevich Buglov,.-,MLWE@11 ErneB'tovich -
Garf, Leonid Aleksandrovich Koz1ov, Nikolay-tvanovich'Kor-
saffe@ich, Oksana Yurlyevna Kramarenko, and 011ga Borisovna
Slutskaya
Prochnont,pri destatsionarnykh rezhimakh nagruzki (Strength
Under Norstationary Loading Conditions) Kiyev, Izd-vo
AN UkrSSR, 1961. 294 p. 2000 copies printed.
Sponsoring Agency: Akademiya nauk Ukrainskoy SSR. Otdeleniye
telftdcheskikh nauk.
Ed. of Publishing House: 0. M. Pechkovskaya; Tech. Ed.:
V. Ye. Sklyarova..
PURPOSE: This book is intended for engineers of design bureaus,
industrial laboratorit)n, and testing stations, and for
Card 111