SCIENTIFIC ABSTRACT GUZENBERG, A.I. - GUZEY, L.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000617710018-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Elements of Automatic Control Systems (Cont.) SOV/2087
4. Static characteristics of a two-phase Induction
motpr and their use in determining parameters Yd,
Km, fd 548
5. Effect of parameters of external circuits on
static characteristics of a two-phase Induction
motor 553
6. Transfer function of a two-phase induction motor 557
7. Attenuation-frequency and phase-frequency charac-
teristics of a two-phase Induction motor 563
8. Passing an a-c amplitude-modulated signal through
an element having a transfer funotion G(p) 567
9. Transfer function of an open-loop system using a
twq-phase induction motor for any G(p) 570
Ch. XII. Electric Control Elements Using Electro-
magnetic Clutches 573
1. Dry-frIction electromagnetic clutches 574
2. Viscous-friction electromagnetic clutches 584
3. Electromagnetic slip clutches 595
Card 11~1,

Elements of Automatic Control Systems (Cont.)
4. Principle of operation and construction of a
quick-response reversible electromagnetic clutch
Ch. XIII. Hydraulic and Pneumatic Control Elements
(servomotors)
1. Hydraulic control elements
2. Hydraulic elements with volume control
3. Pneumatic control elements
Ch. XIV. Servomechanisms and the Evaluation of Their
Characteristics
1. Basic indices for evaluating servomechanism
characteristics
2. Speed of a servomechanism
3. Accuracy of a servomechanism
4. Additional indices for evaluating servomechanism
characteristics
Bibliography
Card 12/13
SOV/20.8(
51-97
(530
630
654
673~
679
679
684
686
686
698

Elements of Automatic Control Systems (Cont.) SOV/2087
Indt.x 720
AVAILABLE: Library of Congress,
JP/ajr
Card 13/13 9/18/59
ij:

GUZENBERG, A.I.
Analyzing the fulfillment of production norms by the method
of comparable indices. Spirt. prom. 29 no.6,i29-30 163.
(MIM 16tlO)
1. Upravleniye pishchevoy pron7shlennosti Litovskogo soveta
narodnogo kbozyaystva.
(Brewing industry-Production standards)

DOBROhTOTOV, M.N. ; SGHSCHERBAKOVAp K.F. j HRALLOy V.F. ; GUUNKOp G,F,
Iron ore formation and iron ore doposits in the Belderks, areas
in the lower Dnieper Valley. Geol. rud. meatorozb&-noo6tl2-29
N-D 160. . (MIRA 14:3)
1. Anepropetrovskaya akspeditsiya Ukrainskogo nauchnoissledo-
vatellskogo geologorazvedochnogo instituting Dnepropetrovsk.
(Dnieper Valley-Iron oreo)

GUZENKO G. F.-, KORSHEVER, L. L; SHCHERBAKOVA, K. F.
U14-baffic and basic intruiive rocl~ of the Belozerka magnetic
an;z; region. Zap. Vaes. min. ob-va 91 no. 3:315-324 162.
(MIRA 3-5: 10)
1. Ukrainakiy naucbno-ionledovatellskiy gsologcr&zvodocbrqy
institut, Kiyeve
I
(Beloserka region~Zaporoxhlye Province)-Rocks, Igneous)
(Boloserka region(Zapormblye Province)-Illtrabasits)

23485
S/1311/61/ddO_/0O5/0O1/O01
I ~ 10 00~ , S'~ 03 B105/M220
AUTHORS: Ivanov, Ye. V., Gaodu, A. N. and Guzenko, G. F.
(see Association)
TITLE: The melting of refractory materials in the electric
furnace of the typeOK6-514 (OKB-514) and the
manufacture of products from these materials
PERIODICALt Ogne"PorY, no- 5, 1961, 214 - 2-20
A
TEXTs In the experimental plant UNIIO (Ukraini-an Scientific Resea ch
Institute of Refractory Materials), a monophase arc furnace of the type
003-514 (OKB-514) was installed in order to obtain melted refractory
materials. The furnace is controlled automatically and fed with current
from a monophase step-up transformer of the type)7T44-350 (EPOM-350).
The prima y voltage is 6000 v and.may be adjusted to 15 different stages
from 34 to '194 v. The furnace was adjusted for melting magnesite
powder of the type MM3(MPMZ). A. I. Alekhin, A. V. Ponedellnikov
and Yu. N. Kol'bus assisted in these experiments. Characteristics uf
the melting of magnesite powder: time of melting: 7 hours 13 minutes;
consumption of magnesite powder per meltingi 303 kg; average charge of
Card lti~~

23485
S/13 61/000/005/001/001
The melting of refractory materials ... B105Y:B220
powder per hours 43.7 kg; output of melted magnesite 47-7 ~6; consumption
of power: 9.9 kwh; specific consumption of electrodes: 0.13 kg/kg;
specific consumption of cokes 0.05 kg/kg; losses due to dust and burning
off: 14.0 %. A block of melted magnesite was obtained in form of a lump
70OX 400 and up to 400 mm high, having a weight of 150 kg. On frac-
turingg the block showed a zonal structure. The petrographic studies
were made by P. D. Pyatikop. The chemical composition of the magnesite
block is indicated in % in Table 1. One of the experimental meltings
concerned refractorymixtures of 70 % commercial &lumina-and 30 %
-magnesite powder (alun-inoUS Spinel). Table 2 shows the chemical
composition of the block. The charac ter-is tics of the melted products cut
out of the block are given in Table 3- niithermoreq commercial products
were manufactured from powders of melted material's by the ceramic method
(Table 4). The chemical and mineralogical composition of the products
based on melted materials and manufactured by the ceramic method are
evident from Table 5. Finally, it is stated that a voltage of 97 v and
an average charge of 50 kg/hr may be considered as optimum conditions
for the melting of magnesite in the electric furnace OKB-514.
Card 2/40-

23485
S/131/61/000/005/001/001
The melting of refractory materials ... B105/B220
Of the feedi-ngmethod-s tested, the continuous method is most economic.
Products manufactured by the ceramic method from meltRd materials,
amongst them from mixtures of melted and sintered powdersp are of high
dens 'tY2 ( porosity 13 - 19 %),and strenght. Deformation under a load of
2 kg/cm begins at temperatures above 1.8000C. In the furnace OKB-514
and with periodically reduced feed, it is possible to obtain melted
magnesite containing up to 98 I/Ifo IrIgO when using a charge containing 90 %
MgO. One part of the block (10 to 15 ~-) containing a high percentage of
MgO may be eliminated during the distribution. Abstracter's note: The
photographs of Figs. 1 and 2 are not reproducible . There are 2 figures
and 5 tables.
ASSOCIATION: Ukrainskiy nauchno-issledovatellskiy institut ogneuporov
(Ukrainian Scientific Research Institute of Refractory
Materials)CAbstracter's notet Name of association was taken
from first page of journal:!
Card 3/t0-

L 1612-66 N'JT(M)/EPF(C)/51P(t)/D1P(b) IJP(c) JD
ACCESSION NR: AP5021664 TJR/00ilO/6510:313/008/1725/1731
532.13+5,1-143+541.45
AUTHOR: Yermolayeva, Ye. V; Guzenko, G. F.; Mi klyan, M. M.
TITLE: Determination of the viscosity of spinellide melLs at temperatures iip~ to
2500 C
SOURCE- Zhurnal prikladnoy khimii, v. 38, no. 8, 1965, 1725-1731
TOPIC TAGS, metal melting, fluid viscosit , aluminum silicate/GOI viscometer 1
y
ABSTRACT: The experimental furnace contained a newly developed measuring
unit consisting of an upper and lower carbon crucible. rhe upper crucible contains
the sample to be tested, has a conical bottom with a capillary, and is closed on
top by a carbon stopper with an opening fortemperature measurement. The lowei,
crucible has the form of a drinking glass and the melt flows down into it. through
the capillary from the upper crucible. A diagram of the apparatus is shown. The
method of viscosity determination proposed here is based on the dependence of tN
rate of flow through the capillary on hydrostatic pressure above the capillai-j and:
viscosity of the liquid. The experimental unit was calibrated at room temperature'
Card 1/2

L 1612-66
ACCESSION NR: AP5021664
against a liquid of known viscosity. The viscosity of three component alumino-
silicate melts at temperatures up to 1700 C were measured on this viscosity unit
and on a rotating viscometer Type GOL Results agreed well. Data were also
taken on the viscosity of spinellide melts at temperatures up to 2200C. These
data, as well as some taken at higher temperatures, were not considered relia
due to large weight losses from the samples as a result; of sublimation. However,
it is cAaimed that this unit can be used for measuring the v1scosit of aggressive
y
oxid i~nelts at temperatures up to 2500 C. "In conclusion, the authors express
their thanks to L. I. Karyakin for his valuable advice on processes for reduction
of spinellide samples. " Orig. art. has: 1 figure and 4 tables
ASSOCIATION: Ukrainskii nauchno-issledovatellskii institut ogneuporov
-1Ukraim*an Research Institute for RefractoEy Materials)
SUBMITTED: 04Jun63 ENCL! 00 SUB CODE: GC, MM
NH IIEF SOV: 008 OTHER: 000
Card 2/2

GUZEM. I. G. EE MA=)
WeldinB oee ILC

GUZXIIKO,N.I., inzhener
Roller-type conveyer belt stopper device. Mekh. strot. 12
no-5:29-30 My 155. (MLRA 8:6)
(ConveytiW machinery)

SUSITIKGVP A.A., Geroy Sotsialisticheskogro Truda; -CRJ.Z,EN-KO, N.I.;
YAKOBSON., Ye.Ye,, inzh.
New developments in standard designing. Stroi. mat. 9
no.10:27 0 163- (MIRA 160-1)
1. GlavMy inzh. instituta Giprostroyindustriya (for SuBnikov).
2. Zamestitell glavno o inzhenera instituta Giprostrayin-
dustriya (for GuzenkoK

DATSENKO, M.F., dotsent, ispoInyayushchiy obyazannost' Raveduyushchego; GLTZ-MKO,
F.K., kandidat meditsinskikh nauk; VLASMO, P.V., direktor.
Pathogenic therapy of trigeminal neuralgia. Stomatologila n0.3:30-36 '53.
OaAk 6 7 )
1. Kafedra khirurgioheskoy stomatologii KharIkovskogo maditainakogo Btomato-
logichaskogo instituta (for Dattienko and Onzenko). 2. Kharlkovskiy medi-
tainakiy atomatologicheakiy institut (for Vlasenko).
(Trigeminal nerve) (Neuralgia)

GUZENKO, F.K.,kandidat maditainakikh nauk (Khar'kov)
va~~~ 7 -* - -
Application anesthesia in surgical stomatology. Probl. atom.
3:245-249 '56 (MIRA 10:5)
(ANESTH&SIA IN DENTISTRY)

GUZENKO, S.Ya.,, F0,14IIN, P.I.
---
Radiative corrections to photoproduction and single photon annihila-
-r- tion of pairs. Zhur.eksp.i teor.fiz. 38 no.2j5.13-~17 F 160.
(MA 140)
1. Fiziko-..tekhnicheokiy institut Akademii nauk Ukrainskoy SSR.
(Bremsstrahlung)

P i,
CRIZENW, S. Ya. and P%~P.- I -
I
II
"Asymptotic of the Vertex Function in "One-Iogarithmic" Approximation"
report presented at the Intl. Conference on High Energy Physics, Geneva,
4-11 july 1962

1: 1.7639-63 EWT(I)/T~EC(h)-2/ 6/056/63/044/003/1)42/053
ES-(w7-2 AFFTC/ASD/ESD-3iIJP(C)/SSD Pab-4
AUTHORS Guzenkoq S. Ya
TITLE; Large momentum transfer scattering of electrons in an
external field
PERIODICALs Zhurnal oksperimentelinoy i takhnichaskay fiziki, V. 44, no. 3,
1963, 1093-1098
TEXT: A. A. Abrikosov (Ref. lt ZhETF, 3o, 96, 1956) found the largp momentum
transfer scattering cross section of electrons by outside field in t-ho "twice-
logarithmic" approximation, retaining terms of type 02nL2n (L - large logarithm,
of energy) in the matrix element of the n-th order perturbation theory. The author
and P. I. Fomin (Reg. 38 ZhETF 44 5 1963) showed that it is possible to taka
into account the terms of type 2nLAn-i which follow the main terms ("single-
logarithmic' approximation). The present paper calculates in the single-
logarithmic approximation the electron scattering cross aoction of electrons in 9m
outside field
Oard 1/2

L 17639-63 S/056/63/044/003/042/053
Large momentum transfer scattering of electrons ...
130
do = doo t I nm' -2t In + e' IW "' x
W 3' TP-q 1% 41 1 (16)~
x exp 1- 2 In ' In Lrl
2Pq e j
valid in the region of large energies E >";', m, pq >> m2. Here d1l 0 is the first
order perturbation theory electron scattering cross section, p and q -- the
4-momenta of the incident and scattered eleotronal and F - their ongirgy. There
is 1 figura.
ASSOCIATION: Fiziko-tekhnicheskiy institut Akedemii nauk Ukrainalcoy SSIR (Physico-
Tec~mical Institute of the Acadag.of Sciances.Ulcr,5811)
SUIMITTED: October 25, 1962
Card 2/2
.'9r

L 10290-63 T,,T (I )/DMAj_ -A -rrAC/ASD/=-3--"ri-4--141) Prk/ C)
ACCESSION 0: APP=69 s/oo56/63/044/00 51168V 1694
60
AUTHOR: Guzenko, S. Ya.; Fomin P. 1.
TM,E: Asymptotid behavior of the vertex function in the "singly-',logarithmic"
approximation
SOURCE; Zhurnal eksper. I teoret. fiziki.. v, 44,, no, 5, 1963o 16&j(.i694
TOPIC TAGS: Quantum electrodynamics) vertex function, asymptotic
ultrarelativistic expression .
ABSTRACT; The ultrarelativist-la asymptotic behavior of the vertex function In
Quantum, electrodwiamics is evaluated for the limiting case represented by Eq. (1)
-(see Encl. 1) with allowance for both doubly-logarithmic and singly-logarithmic
terms. The procedure used In the calculations is a generalization af the
"doubly-logarithmic" procedure developed by Sudakov (Zhurnal eimper. i tooret.
fiziki v. 30, 87, 1956)., and can also be used for the calculation of the cross
sections. 'The final result is represented by Eq. (20) (see Encl. 1). "Ibe
authors are deeply grateful to A. I. Akhiezer for his continued interest in this
Association; Physicotechnical Institute, Acadenty of Sciances, Ukv. SSTR
Card

-L-~--22147~65 --EEC(b):-~-27/M
ACCESSION NR: AP5001852 $/00,56!164/0-7/006/227'0;/P-278I
AUTHOR: Guzenko, S. Ya.., Fcmin, P. 1.
TITLE, Resonance scattering of photons by photons,vie, interM(-diate,bo-,ind stai~es
SOURCE: Zhurnal eksperimental'noy i teoreticheskoy fizilki., Y. .41 no 6, 10i
2276-2276
TOPIC TAGS: resonance scattering, bound state, photon photo~i scattering,
scattering cross.section
ABSTRACT: It is first pointed out.that the scattering of lip~~ht b,,~,-Ilgbt.. wh.14-h
is a.phenomenon predicted by quantum clectlrodynamics~ shou)A:itake ~rj, resonancd,
character whenever the c.m.s. energy of the colliding photons As close to thel
energy of any discrete state of interacting fields which has ~the W=e quealtuh
numbers as the two-photon systems. The discrete intermediate states chosen ini
the article are the bound states of e+e- (positronium) and Ft"~P% jUthoueh a
value of 10-20 =2 is obtained for the resonance scatteritig cross iaection, in
the care of positronium, experimental observation of resonamle- scattering is padle.
17
Card

GV,ZFTKO,_T.G. [Huzenko, T." 1, kand. arkhitektury; Lk~KRIIA, O.M.,
arkh.; RODICHKO, ~.MjRodychkin, O.M.], kand. arkh.;
SALATICII, A.K.[Salatych, A.K.), kand. arkh.; SVIDERSKIX,
V.14.[Sviderslkyi, V.M.], kand. arkh.; SEVERIN, S.I., arkh.;
RUBTSOV, doktor biol. naak, prof.; PLOTNIKOVA, M.,
band. biol. nauk; KATONINA, Ye.I., doktor arkh., prof., red.;
ZASLAVSKAYA, TJII.[ZaslavsIka, T.M.], red.; KIYANICIENKO, N.S.
[Kyiarqchenko, N.S.1, red.; USHCHENKO, N.S.p red.; ZELENKOVA
Ye.Yu., tekhn. red.; BABILICHMIOVA, G.O.Nabillchanova, H.0 .
tekhn. red.
[Flowers in city landscaping] Kvitkove oformlennia mist'; allbom.
Kyiv, Derzhbudvydav URSR, 1962. 158 p. (MIRA 17:1)
1. Akademiya budivnytstva i arkhitektury URSR. Instytut misto-
budivnytstva. 2. Sotrudnik sadovo-parkavogo-kbo:WaystvaNo.3
goroda Kiyeva (,fQr Plotnikovg),, j. 7aveduyusbcb~y demdrplo-
gichrjym otdelom TSentrallnogo re9j---'ikE~7nskogo botanicheskogo
sada AN Ukr.SSR (for Rubtsov).

GUZENKO, T.G., kand. arkhitektury
Principle of landscape gardening in roadside planting* Ayt. dor.
28 no.90-9 S 165. (MIM 18, 1Oj

GUZENI~OV, -N.F., inzil.; 5HINIOV, L.A., inzh.
Inspection throughout the assembly of precast reinforced concrete
elements. Energ. stroi. no.20:128-13~ '61. (MIR,. 15i1)
1. Proyektnoye by-uro Montazhnoeo upravleniya "Uralenergomontazh".
(Precast concrete construction-TestingY

GUZENKOV,__4.Zf inzh.; MILOVIDOV, Ye.L.,Jn-.h.; S1410OV, L.A.,inzh.
-------
Suspended "stappine wired scaffoldingn for bricklaying. Elak.
eta. 29 no.11:63-65 N 138. (111RA 11:12)
(masonry)

';I ;- j C, [ "V "I ~ , ~, - 1 ,
GRJZFMOV
Hachanize the knittlag of dowuy kerchisfo. Prom. koop. no.12:14
D 157. (MM 10:12)
1. Ilachallnik planavo-ekonomicheskogo otdela oblpromsovata, ChImlov.
(Knitting. Machine)

GUZEWROV. P.
C
Improving service. Prom. koop. 12 no.8:10 Ag '58. (MIRA 11:9)
1.1lachallnik planovo-okonomicheakogo otdela oblpromsoveta, 9.
Orenburg.
(Orenburg Province-Cooperative societies)

N
AlfDRXYXV,S.Ye.; BOKIY.B.V.; GORODATSKIY.P.I.; GRMYM,Jf.S.; SHCHUKIN,A.A.
G.EROIITIYNV,V.I.; SKOCHINSKIY,A.A.; TERPIGORNV,A.M.; SHRVYAKOV.L.D.;
SPIVAKOVSKIY,A.A.; VIMOVSKIY,I.M.; VUROUKOY.I.K.; YXX4GHIK,G.M.:
KASHIN,N.V.; SLOBODKDI,H.I.; GUZMKO , G;,; ZA4SKOV,V.D.; IIOVIKOV,P.S.
OSBTSKIY,V.H.; SOSI]IIOV,G.I.;-lAbIUXb-VltH..~.m.; JLWW,G.A.; POFOV,V.M.
In memory of Professor Levenson. Gor.zliur. no.9-.60 S 15.5,
(HLRA 8:8)
(Levenson. Lev Borisovich, 1878-1955)

GARZAnVA, M.S.,
'&~~i,,ODINTSOVA, A.S., redaktor.
G ap
te Ub'he9kiy iodaktor.
[Handbook on the designing of machine parts; a textbook for students
enrolled in correspondence schools of higher technical education for
use in a course on designing machine parts) Spravocbn1k k raBehotam
detalei mashin; uchebnoe posobie k v"olneniiu kursovogo proekta i
kontrolInykh sadanii po detalism mashin dlia studentov zaochnykh
vysshikh tekhnicheakikh-uchebnykh zavedenii. Moskva, Gos.izd-vo
"Savetakain nauka," 1957. 198 p. (NDIA 10:11)
(Kachinery--Design)

MILOVIDOV, Sergey Sergeyevich, prof.j, zasl. deyatell nauki i tekbniki
RSFSR; RUDEIIKO, II.F... prof., doktor tekhn. nauk, retsenzent;
LEVITSKIY, N.I., prof., doktor tekhn. nauk, retsenzentl
GUZENHOV P G , dots., kand. tekbn. nauk, ratsenzent; SHMOV,
*I#, red.; NIURASHOVA, V.A., tekhn. red.
(Machine parts] Detali mashin. Foskva, Gos. izd-vo "Vyssbaia
shkola." 1961. 613 P. NIRA 15 -.4)
1. Rukovoditell kafedry detaley mashin Vsesqyuznogo zaochnogo
politekhnicheskogo instituta (for Levitskly),
(Mechanical engineering)

GUZENKOV. Petr Geor lyevich; UINITSMY, N, 1, doktar tekhri, nnuk,
prof., otv, red,; ARTEMCVA, 'r. I. , red,izd-ia:~
KALASHNIKOV, V.P., tekhn, red,
[Plastics in the machinery industry and plastic mnehine
parts] Plastmassy v mashinostroenii i detali mashin iz
plastmassi lektsiia. Moskva, Vses, zHochnyi politekhniche-
skii in-t, 1961., 52 P,~ (plastics) OURA 16-9)
(Machinery-Deeign and construction)

7,
GUZENKOV., Fetr Goorgiyev ch,, prof.; KUDRYOTS V, V.N., Prof.j
--i SE
i---do~i-o-r-'Iekhn. nauk, retuenzent
(Brief handbook for the design of machine parts] Kratkii
spravochnik k raschetam detalei mishin. 12d.4., perer. I
dop. Moskva, Vysshaia shkola, 1)64. 323 p.
WIRA 18: 4)

GU7F,NKOV,V.K.
Improved design for contact apparatus used in the manufacture of
formalin. Gldroltz. I lesokhlnt. prom. 9 no.3:21 '55.
(MIRA 8: 9)
1. GlavW inzhener lesokhisicheakogo sayoda "Netiln
(Formaldehyde)

AVERBUKH, A.Ya.; VITVITSKIYJ, A.I.; MUKHLENOV, I.P.; GUZENKOV, V.K.
Fluidized bed in formalin production. Izv.vys.ucheb.zav.; khim.
i khim.tekh. 7 no.2:301-306 164. (MIRA 18t4)
1. Leningradskiy tekhnologicheskiy institut im. Lensoveta
i zavod OMetillt. Kafedra obshebey khimicheskoy tekhnologii.

in T!11~0 costs
for 11
Factory qUrug,
jjow the GosicinO
-'L D:
ZIE
p. 16, Vol. 6, 10. 1955.
so: East E1.1ropear, Accescions IJ- st, Lc, Vol. 51. 110. Feb. 1956

GUZ:-?-A , J.
------ --
'~d Domestic Poznan Fair. p. 165.
PPIE.TISL (Centralue Zarzady Przermlow. Drzevniego, 11pblarsklego,
Lesnego I Stowarzysenle Inzynterow i Teciudko-w Loanietwa i Drzewnictw-u)
Warazawa, Poland. No- 5, Ray 1959-
Monthly List of -vast European acceesion (EYAI), LC. Vol. 8, No. 0, SePtember,
1959. Uncl.

:v- -n Pflj~ 11:1
C ~'j I lr*.
22) Ji,nr-
~'onth s t r~ an c'' s

GUZERA, Jan
29th International Poznnn Fair. Przem drzew 11 no.9:18-22 160.
1. Redaktor Dzialu Wydawnictw Czasopism Tachnicznych Naczelnej
Organizacji Technicznej, Warszawa, u1. Czackiego 3/5.

Guzerat JaY-,; ~634M-l Irena re PIRIlt,; tin
e of the I~Ysz'kOw Fury"tu
The pr,lent and the futru o.2:28-30 152.
opti.mistic report. Przem drzew 13 Y,
ewnyll (for u%zera)
izialowy miesie,,_z,iRa "Przemysl Drz, ny'll (for Zemel)-
I.. -Redaktor C' Przemysl Drzew
;!. Sekretarz redakcii miesiecznika 11

POSOXHOV, P.P.; GUZU, A.M.;,SAKHAROV, II.P.; GMN, K.O., tekhn.red.
(Types of forests and principal laws of formation in the
northern mountain-forest district of the Crimea] Tipy lesov i
onnovnye zakonomernosti ikh formirovaniin v severnom gorno-
lesnom rsione Kryma. Kharikov. Kharlkovskoe kni2hnoe izd-vo,
1959. 72 p. (MIRA 13:4)
(Crimea--Forests ond forestry)

GUZEVY O.K.
Tracks of sables as a basis for studying them and establishing
their number. Trudy BKNII no*4:69-97 060. (KM 15-3)
(Sables)

S/064/60/000/000'/007/020
A10,1/029
AUTHORS: Burkhanskiy, V., Repair Workshop Supervisor,.Guzov, V., De-
puty Plant Director, Melikhov, P. , Chief Engin"e"ewrw-~Erc"Yriciari
and Kushpela, T., Chief engineer of the Plant
TITLE: Electricity Saving
PERIODICALt Grazhdanskaya Aviatsiya, 1960, No. 6, 1). 7
TEXT: This article consists of three separate reports each descri-
bing electricity saving methods enforced in response to an appeal by the
Central Committee of the Comunist Party of the Soviet Union.V. Burkhanskiy
states that 193 kw/h are saved per aircraft repair and 39 kw/h per engine
repair. Economy was achieved by shortening the supply line, a general over-
haul of air lines, rationalization of the compressor service, abolition of
transformer and high-power motors and an increAse in condensing batteries
power. V. Guzev and P. Melikhov report that in bhe repair workshop super-:
vised by Ye. Kotov 100,000 kw/h were saved in 1960. T. Kushpela states that
1,4U0 kw/h have been saved by installation of an automatic rheostat in a
salt peter bath; by replacement of chromium bath electric heaters by steam
pre-heaters; by installation of inside tank heaters in engine test plants,
Card 1/2

S/084/60/000/006/007/0-40
A104/AO29
Electricity Saving
by subdivision of the cylinder heater switch section and by automatic phase
protection of electromotors.
Card 2/2

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Udlisadext of wissis from the production of aitimina.
11. P. buidnikiliv and V. K, Cor~
_y. Tstivirrit 4. No, 4,
:1 7jg1M).--%a%tc -tobtaloWlioln-F the production of
from bauxite can tit oiled to Produce a hedratific

binding misterils! by burning it at ",M' with cons"u,ni
00

00 grinding to the standard fineness of Portland ctment. It,

Property Conusits in its early hardening and an
9neg.
elivrated hydrat lam irmlivilk t tire ~ ItcanlicaNowdasall
0 111 adda. to hocirviage the mech. sitinstith of portland
ccinent; ~217e) to Inctraw the bytitatkin brat of portland
cement. to Increase file niects. streogth of clinker-

oO,

00
so
so few cement: to accelcrete file bindillic tit) of Portland.
Mail fifirtland end clinks-rl"s ctinent; as a catalyst in the
productior: of onlaydtite c.-nictit; in the laiter caur It is
tobe dried at I:hj'tw. bctw. butut at AW. Thechirtakal
.,oA1Vq-)f the "x,tr ijwil lumm: sit), ,I
If*clUs ii
20', fi.,11", of jitind:
reninined on a crr,,n of j#qj if hi~;'
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Mitt at 1wiew
tOOK"10= "m
ik
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la
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P, P.
If. Win.-Itch. TI. 196 1101(19M).~-Adtimt. of %U wmx*"-
tilms of C&SO. sperdi up hardevitiat. ibt- M-h-
Add
b
4
".
im.
vv l(l
ifth and remwas". Swili"I lkUlvVq
After
Im and morb
of plimer In prwwwt of WWII Aml. (it stow
thikkki 'Atli plit. Thq~ &-(o UIAIC (N- Cm
-
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XI .0 1111

00 hyditimi
k
C9141" tow
str Ee
pludist-rd by hythalkwi.
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tt
tim
as p~r
)
.
k a
tem
me
n pre"wr r
tia, t
e l
s
v -licirtrited The addit 10~. htgtlf). milil, hall the lm-(
of
ticilamr MMA. It. Z. Katukh -.00
96 ~O 0
00 0

00
90
0*
see
X90
S L A OCTAILLUOKKAL UTUFATLAC CLASSOPKAMN I Z
v -- -- --- too,
tr lp do of vt#tvtw "fill if !a 11
016 0 0
0 *1* go go* 0 0 iff a 0 0 0 its 40 00 0 0 0 0 0 0 0 0

i*00060090060*0 0 0 a -asp 40 v U
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0
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It Is It a
it a aM a M & A 20 As 11 At it 14 a 0
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00 00

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4111411 ommausa
"t
ovil
stm 19M. No. U. 11-14;
(Inj. Am. Ceram. &M.) 19.,40.4.M.-
A chr" censent is obtained by ~ksknt grinding of cla
i.00

00
kasshn cikim-d at about SM'
C&S" (natural or ob= ~69
,
IIW b
fruits C&W
e
:
ki
i
l
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d C
O .40
00 ,.
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a
n
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&
nga
), an
. Insist:
y
settial of this centrists anhydfitc IlYdlattll 11111dCr the in-
.00
00 1 dLktwc of Ca(011)s; CaW. intrracts with calcined clay
whose AIA and SKI, at in an active stair (the wtivily
'00
00
00 was detd. in a diphrisyIniethAsse calsvisuctcr) and forms
C
h
lt
lu
d
i
W C
h
d
l __00

0 a
rusu
ua
rn
nate O
a
rus
usuinosilicate of
y
y
the conipts. 2*%.At,%.CaO.1011p. Ca hydradicate
'
ZOO
and hyttrosdurninate art also furvurd.
the tractie.% bv-
00 locity.1cliends on (tic A1,O, content of the clay, the ttnip.
d
i
t
ki
h
i
f
h
ff

00 an
me a
t
ca
n
e ratio o
e di
ng, (
t
rtent compownts
oI thtcerriunt. and the gypsuns nsudi&atiorts. C.L.B. doo
1
1
Aso
1,00
00
0
Ala It& YALLURGKAL LITIRATOR CLA$I`p1C1"YOD"___1.__;;_
too
Igloo.) iv, J~. 'lot
e -a 3 1
L A
. . I , I a, 0 W ; I:
U 0 0 00 0. o no so, 0" 0A01 1 M 0
it a a, Is 0 '0 0 00 too 0 0 00 so
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1*00*000 0000000400 -a* q
0 11 u is SO IS 16 a
--Ul
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004!
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Aso 4.g.,ot CA
-M~
if 4) 41 a 4
Z004)
I
Set
solo
1*0
bausito jpgm coomt.
'!'amrmy Who- "VKA& Gusev. *5-Apodird C". (u, 5,
S. R.) 13. TZVO-50n 4134-a 11MM1940).-Cclucut
prepd.bynAxingandcakining nxitc,cbalk and Sylnum
in celtaill proMiltrus. had a eomiderob4c anech. strength.
jktul t&kl)ility egainst (aggtclsive) wet". lietting we*
wrymplil. Sunp4col thimimm hw tme year increased
the wtting time and slightly dccri-awd the turch. streo4th
A. A. lWswoy
IV, 4 11 go
1118980 Hit Q*v 001 a M-1-141
MIS
'7- j
0 a a

A-t
"*"M so MW Mu"W"M ship a" as '"M
11141411 01 0iffibMIM 4NOWL 1. P. IJUDSOKOV AXD V. K.
&W. AM, M. V.R.S.S., 38 181711:14
I
zhor" 4 1:11 W (194I).-'R3pC6
m~t- Jwwed that a efinkirvirss "ment with con"fable
tWhartkW StftfWb con be prodtmvd ftow " bl"t-
furnawr ship using, as Wtivator. CASO4 Mopt4ord witb
OLO and MgO. Good reipalts can " be obtained by
uslax. as "vatur, C&SO. combined with dolomite, de-
casbonind USM. or decurbouised C&C%, The dc-
cartmmivatitas am effec(ed by b"ting at a Ittawtatutv
slightly owro IM': The gypwm was cakined at 111101%
In the ndx 5% calicivied dolomite and 10 to Ib% anhydritt
we e used. The reactions taking pisce during the harden.
Ing of this cement am descritied. WHO.

. . .I-, - ";I I! "[Pug II ]VO mrrvium w~uirv-~uny---- -.-- -- . - - - -
0 o 0 o 0 0 0 00
114141"I"I"13"Is k It
if X If V 11 14 A It X 31 413 41 V 0 CA 0
140CISSIPS A.0 Dtl
Ito
-o0
o* -fit
A.
C~t P. P. SLID141KOV AND GII,'9#V__
qKb, invmtor). U.&S.R. 04~05, Miy M(411;
aboracted in Cka. ZeWp.'. JOW 1 j5)flj392-93-GW. um, Is
h. vmnd tuather with is blast-furna" &LIS which has 11te-
j viously been t"sted with 11tS04. and the pTculswit formed is
very repistant to water. %11 11A cop*
RIP 0
"0
goo
life
11111-SLA WALLURCKAL LITINATLAt CLASWFKATICO
life
T 11-8-IoN4 .4 A *"I dot
U 9 AT 03 _LST_' ' ; ; I J160
An I I a Im o a w I w ft As e
0 41, 0 0 0 0 0 0

M4 ti, ~ Wil."I'll
I U it Ik-
A.-NO IX iovii . , I I . A
A- t- J I
to 00
:0 A Contents. V, K
orkAxot. lost. KiFIVII
. No 3.
00 .4 W-42 (W).-- (I r4nubited blat-turnave, %lap, brgh
it 111.pie (Drinprodwrlihinsk plant) and acid (Nishur-T44il'ok
ON J)dAnt). weft luled. Clinked ~-%& stAl remeot w,ttl It ty - rd
Y grindills the IM,ticillas with 910 lust Ural .11111)-ilf ii t.
And 2 ins,;, dolomite vski".1 at )IIIII, to) 11111VIL'. Crent-ol 00
111411.31111114 1111C 41111Yhitt .1mvivorot ex.%I .141011), to 10,; I-so
thAt C-intaild"d 61olloydrile litilralld
unhydritc-dolomitor widitives did tux stand ul; in this V)hl-
00 tiowl. Clinker" cement was aim) jRvj%trtd roost Acid Ate goo
and 10 to 15 natural anitydrite, 0,75 to L0 slAked and un.
0
%l4ked lime, and 3 to 6% dolomite caldned at POW to($$)*.
go Thw linw and dolomite caldned at Ski* to (MW cati be re.
plamt with dolomite calcined at Ill%)* to I INV, Commit,
perjured by activutinji the acid blaot-furnarv -laxl; with ago
**,3 naturulanhirMir. u.751o 1.0%lime. and ruh-hin) ololonflum Zoo
arrcharacterisribybigbst&Wiityin Jnf~ M1180.okalutiml,
age
of
Lot CLAIDPACATICO UOQ
,i A S to - f L AMITALLURSKAL LIT"AT
1 Woo
-- --- -- OID
r-~n- - - ;-
'41 IM 5 A) a 1 0
aft 'dab Aft M

t r 's 's it q 14 ta it 14 11 it 11R h .7 A 11 At It J1 It !A A It 14 It 46 41 Q is Is 0
t" f .;.I

Ai !-so

12. COMMON OF CONCRM BY MVNI; VID COAtW&IING WATEN'i AND
-
00
00 SELECTIO"; OF A FORE MMSTANT MONT. lludnikov, P. P. and -00
1

474-82; Lhem. Abstr.,
V. K (J. Appl. ~`hem. (U.S.S.R.), 1945, IS
06
1946; LQ
, 5541).
~
Examination of' rusintinico of concrete to a?yro~ r4t;e. wat.ors qHve 0,
the follovtnF gp%daltion of rc-sictance (in d0%c0.1d114,1 ordor)l =00
elinkerless cement (90% blast-furnace slag, 5% LaS04, 5% calcined 9
dolomite), slag-portland cement viUi 5% anhydritu, vo,-zuelina porto- 0
land can-i-nt, I-ortlqnd coment. zxtonBive tout ro!;ults aide given
in table form goo
.

?j

I too

T too
--A
Iit U K a 9 (t It It orn I All1 0 0
0 0 ejo 0 0 0
0 0 & ie 0 & 9 0 0 * 0 0 0 * 0 * 0 0 *1* * * * 0 0 q

-Guz-
17,V, V. 1'.
77-T
r
0
It 0 9 10 Al A . 4!' f~
-7-r-
TM
too AND 4
PROPrOlIES OIDE!
...... t. hv mine and coal washing watef r,
and selection of amore rem stant cement
AND I . 'VIRX hur. Priklart. krts-,7,7*110 10
47-1--FZ Of concr(.,te were Corrool!
'Md"
by mluegwater and by water from roal washing. The
c.'. In waters varied In Caintiosiflon bUt all were
stronglyrulticrolized. 9evcralecilicillsvotre tested for their
resistance to oggreiAlve %vatcrm, lit order of their decreas-
Ing resistance the cements were (1) clInkCrlcS$ Cement
composed of granulated blast-furnact: slag 90, CjSO, r),
and calcined dolotuitc 60~r; (2) slag-Portland cenitnt made
front granulated bmic blast-furnace slag 65, Portland cc.
ment clinker 3n, and CRSO# STO; (3) pozzuolann-Partland.
cement consisting of Portland cement clinker 79, tripoll
20, and gypsum 21/1,; (4) a slag-Portland cement made or
granulated basic bla&t-furnacc slag 68, Por(land cement
clinker 30, and gypsum 2r~tc;; (5) poziualatia- Pot t land ce-
ment made of Portland clinker 73, trans 26, und gypsum
2%; and (6 Portland cement. The first three arc recam-
mended for Installations lit contact with aggrcvslvc waters.

GULEV, V. K.
~RnN, 9 1 Ic S I-De K
Results of many years' tents of clInkerless s]M,,c
;2L,;n
In buildings and reinforced coneme. 11. 1
AND V Alumv. Compt. Rend. A cad. 11,77~77nt
t
191 C; Fp-- ( 946)'~-Furtljcr rcsults are qnnted as proof of
tile superior proiwrtiv; of slar, ecrutnt. In intetior and ex.
terior construction hi various kinds of hoildhigs it proved
equal to Portland cement. For tile ptrAurtion of clinker-
less cement, blast-furuace Mng containing not lens than 46%
CILO, 80,1C, AN nn(I3t/v' NInO coo bit twed.

Owuldn a dbbEfts Obw Gomm IV EAM~ftd ushm
11. Hudwhav am Y-L. GG"v (CWW. reow. Aosd.S.O. U.N.S.S..
low.- -A aiiarw P-pm-d (wma bleat-harmwe *I"
of wrt jitallulatism (Ill pt&). wa=~lss Ult.). asid cak-inod "nutt
I I PL). it withmauds IW6 ad . Nam). twttwr Shim &W0
Pwtkied comet jcwq~~ oWwgtb altinr 3 yom raleced by
13.1 and 21%, rrsprctiviply. as remp"M with immersion In 11,L).-
C.,Mlpamtivv V491L &W Akw4balk 4-45-5 amd 100%). but m
w% ralwriar im wvg"d to 10% sq. UxCl, Pjkl 10% al. m9w,
j"%lp&M6VV VAIM S*Q AVAI IW%. AS IkKahMt 42-0 &0d 00%),
S. A. M.

77 t it V, 16 Ir 10 Ili r-l 31 V It it 1% 36 31 u 39 43 41 41
I, % 21 )1
h A 0, 11 u p w -X I AA IT tl~ 110 Er 4 .1 4 'k
'11, '!A,
earrosion of clinkerieqq Alar cement hy minrrnlilrd
wnter. V. 11. M1,171%,mo ..%WV. K. I ',,I hld-v-
A tad. Na it k S S. S, R., 5.1 111 --61 ~"I! ( 19 111) 'I'lw
of a romparative stwly of 111k. re'kiallet. of a t
Cernrill all#) of a Porsholl et'llitill In ,Ili ..P?llllil)lls lilt, le.
part(-a. 'nic clitocric, ccinutt mi, somit: of Mag W.
aolivildir 5. 111111 dolotilite calviord A 900, 5, ; ,
Chrolival 4111.1 '1/V Colop"'Mon. tjvivkilv'~ of IIIC filk, ImIl
titor of srtflog of linth rvim-itis arr riven. I'lle ~:Ilt
'olution, %"7tp W,; of M604' INKI.. INA;1.
nilil N.,!sOg. pvc;im-sis were kept for 30 (hys In
ltp4li witter and thro iii Iliv. Na.1,04 snitition. Teits twere
Inade altct 0 ). I. ;11111 3 ),Car-,. NI gSO4 was 1110A tlc~ttllc-
live, This i, allribiord in Ole reartioo betiverii C.10 and
Alg'30, in which Ca silicate% wid alitiolontes are decout-
posed, ft-trining jivii,mit and Nfg(011)1~ NaISOI haq a
sindlar ellt-el oil Poilhild Cement, Since cllokcrlc.~,; Aag
ceinent Contailm ICS, CIO and Milce lilt reaction CII(Ol I),
+ vNa:SOj --f CnSQj + 2'NaOff in reversible. (fit effect of
Nfl.so' oil this cement i~ not Serious. Nod lowered the
tewdle %trength of Portland cement 01.2% atid its cout-
presMon strength The effe-A of NaCl solution nit
clinkerless slag ceinent %vas 14A and rc~tprcdvrly'

Sms proportitov, at thitlittlooso altil toninit I*., P
lia,littkov mind_N% *.UUV P.W.'d 'V'i ad A N K.
73. 11MV-11ii )). -- erroortil. --to- m."Ie t-,t A'JN '01
norrillit. Mh 37 IYJI and Aol.*Pi, Moll, 7 104 #oW X X, (*At ~
IV.(V and 44-M1, M10 135 Mill 2.37. FCD 113A 'll"I 11.Q.
N1110 P.P4 .,"1 4 1-12%. .410 N '~' .11 an't '.! 9)47~' Tr'All-atifml
(ralitt Olf lluoilk' onlikellry 14, rig-1) --,- 1) A4 1, 1'(
Jur 74aysaMOXI-0,97 all rr LNi1*v.IIjK"I on'tching I III)
0.40-0,06 after 7 days inol 0.5's IJAI after L% days utum
"xn;'tv*AlIx. The much Imiger trimmitim omiwll~ t4 this
lvillellt, vullilloomf with 4111 l"wilo.old -wl't. toldicat's
1cle'l(wr twtivity 14 the Ittillier ill milli. (it phl'tic
I tit. 1114Y be roll, lAin'll toy Imr-li 11mg. 4
;:Ik'Ch UVO With I tit Cot Ill-lit lith C31141
r the ivittrut 41uritiK liph-atitnt wvi tw1v 15 'N vtl 'g ill 7
,Um )fish -lAnlity of the tvinent ill hytiratilic tootirlo, 6
,file 1. itWouitimist ~pn, of little doiri.ig and I,,
Isisher Stability I)( pritolliel, of Ily.frAtiomicmilluml. Willi III'mor
tit lKictlAnd vinctit The lits-thility tit Sviomm All 111,164"1
lit villictric 4 lhl~ kvitivitt is flatitrol biv.su.- to( the lo~ -in.
f'ot it Colo jou that it to, m(pror ~whlv thAll lotrRill't (villclit lit
stobts. lit making th6 ctinctit. vArv ottot ho: taketi
:'j rvivitt ilicz.1'r 411 cal) ill I lie lifluld 1JIj'w 1.1 1 04 x I
to tither; m) imicom tr-Aili lit bocitwliun col 4C.&0 Alith
%IIl# C4Sl), 11? CA IIY-
Sinsilailv, thi, -tiew hmohl low I.-
mi,orol I.miLmd it-munt
14 /. K.1'.4101

IU Z 11"V V . YI
L
:-o I'Th~~ and t~e pror~FeL!,.- for
b-,- F.G.Bardt,
11I.G.Ii-i-tsik, V.Z.Pirot,91dy, F.R,Slivitskayt
Rev'ewovel by V.K.Gu.,1n-v ani F.D.Grinenko. TSoraofil
Ap

GUXEV,Ye.M.
Prevent state of processiuf and utilizIng steel shavings.
Stall 15 no-7:639-645 J1 55. (NMA 8:9)
1. Glavnoye upravleniye po sagotawke. p'orerabotke I sbytu
vtorichnykh charrqkh metallov.
(Scrap metal)

GUZEV, Ye.N.;SAMSONOV, V.I.; VICSBIOV, N.G.
"Secondary ferrous metals" by A.G. Skorokhodov, S.M. Berezovskii,
A;,I. Lobok. Reviewed by N.M. Guzeve' V.I. Samsonov, B.G.Veselov.
S 16 n0-11;1055-1058 N 056. (MIRA 10:1)
(Iron--Metallurgy)

aia!Q~ lt-v" i ; DASYATNIK. Tudko Froimovich; ROMAROV, Petr
AI6wTI.vIVTuII',wMOROSHILOV. Vasiliy Ivanovich; ZHILO, M.Ye.,
radaktor; AVRTJTSKAYA, R.F., redaktor izdatelletva; KARASIV, A.I.,
tekhnicheakiy redaktor
[Safety engineering in the preparation, loading, unloading and
reprocessing of ferrous scrap]'Tekhnika bezopasnosti pri. zagotovke,
pogruzke, rasgruzke i pererabotke loma chernykh metallov. Moskva.
Gos.nauchno-tekhn.izd-vo lit-ry po chernoi i tsvetnoi metallurgil,
1957. 103 P. (MLRA 10:9)
(Scrap metal industry--Safety measures)

GTJZAV f- M
I - - 0 -,.* ~6,
1, - - fro.,11 tailj,T,(,
~s
Rtl)-~. '1`1~11711CHY no.2.15-15 ISE).
(Magnott-,
'o
-~ -ni:.jnq o' ,
- I
twp,~lratioin oi or.-ij )
~
I
(K1 !PT 'I. i '. i.,; )

SOV/ 137-58-9-18697
Translation fron-;: Referativnyy zhurnal, Metallurgiya, 1958, NY 9, p 80 (USSR)
AUTHOR: Guzev, Ye.M.
TITLE: The Rational Utilization of Metal Swarf (Ratsional'noye ispol'-
zovaniye metallicheskoy struzhki)
PERIODICAL: ?vfashinostroitell, 1958, Nr 3, pp 45-46
ABSTRACT: Waste swarf constitutes 15-201o of the metal used in the
metal-working industry. 80-907o of this swarf is steel and 10-
20% is pig iron. In accordance with USSR standard GOST 2787-
54, swarf must be broken into turns not over 100 mrn long. It
is sensible to break the swarf directly at the machine. Both in
our practice and abroad, the packaging of swarf is done on
special mechanical and hydraulic baling and briquetting presses.
The pressure required to briquet steel swarf is 2000-3000
kg/cm2, while for iron swarf it is 4000-5000 kg/crnZ. At these
pressures, the density of the briquettes is 4.5-5.5 kg/crn3 in
the case of steel and > 5.5-5.8 kg/cm3 in the case of iron.
Briquetting presses oCthis type are manufactured by theOdessa
Press Plant. USSR industry is also making the PG-100 and
Card 1/2 PG-400 presses. Two types of baling of swarf of medium and

SOV/ 137-58-9- 18697
The Rational Utilization of Metal Swarf
high-carbon and alloy steel after annealing exist: 1) Annealing 'to remove
work-hardening occurring during cutting operations, in which the material
is heated in special annealing chambers using solid fuel and is baled after
annealing; 2) baling of swarf heated to 700-9000C. This heated swarf may
be made into briquets by forging in standard forge hammers and presses.
An installation capable of handling up to 5 t/hr is now going into operation
at the Bataysk "Vtorchermet" Plant. At that installation swarf is delivered
into a rotating drum furnace by a continuous conveyer. The swarf is heated
to 1000- 11000 in the furnace and is then delivered for forging under the
hammer. The briquets produced have a density of 7.5-7.8 kg/cm3, each
briquet weighing up to 50 kg. Briquets of this type may be used for the
manufacture of certain types of articles, as has been demonstrated in prac-
tice. Of the other methods of utilizing steel swarf, the remelting thereof
into pig for charging is also deserving of attention. Investments for the
baling of metallic swarf are paid off in 1.5-2 years.
le-..als--Processina 2. ~Ietals--Standards 3. tle~ua1s--Eeat -.1-eatment S.L.
4. 7.1e-lais--Handling 5. Forge presses--Perforrmnce
Card 2/2

ROUKOV, Ir.,.".4.1, 61WEV$ Ye.M.
Improye the preparation of metal scrap for reanel,,ing. Shall
24 no.10-9i,8--949 0 164. (YJ-RA 17- 12)

CATEGORY I Pleat Phyaiology. Growth aud Development. I
ABS. JOUR. t RZhBiol..* ~70- 3 1959, No. 10622
AUTHOR
IlPzT. : Inntituto or Genotica, Jis
TTTLE : A Study of the Rest Period in Frult-Beariny,
Plan ts .
OPJG. PUB, : Zh. obshch. biologii, 1957, 18, No. 4, 253-311
A PST F_;'~ CT t on the basis of published data and experiments earried
out tit the lustitute of Genetics, AS IlSal in 1-954-15-: .16,
the author araws the conclusion that a foread rest ~s
caused by unfavorable conditions whereas the biological
rest is a necessary stage in the devolopuent of the plLiit
and is explainad by its heredity. Duriag the period of
biological rest, qualitative changbn take place in tLe
cells of the growth.,point, without uhlch -urther grovth
is luipossiblo even under favorabla conditicns. Plouti of
te p.orote climate fall into the state of biologicni robt
under ccnditions still favorfkbla for gro_wth, the condition
JOUR. RZhBiol,, No, 1959, 11o. 10622
T FL:
Oru-~~;' -PUB,
');r-m -. of dortauncy eaveloping thG entire ebova-grounc part of tile
CA'.3' ?/3
In order to pass through the period of rest
pla..t. the
tree and ahrub plants of teraperste elimnta r6quire sa
obligatory continuous action of positiva lower tempera-
tures of 0-100 (temperatures somewhat belo-d 00 art potis-
ible'). Thu duration of the period of biological rest in 9!
moderate belt depends on temperature and lasts about 50
daye, i.e. it ends in December or even in November. Thos.1
the maximum frost reniBtance, and also the dht4j3 of
CATEGORY
A-11.3. 1,16, 1959, No, io622
AUTHOR
IFST,
TITLE
MG. PUB.
J', -!~S T ?Ult C T blossoming do a ot depend on the condition of biological
CATM: 313
rest; more likely they are not directly conneclte~` with iti
The ability of the tree and shrub spoties to ftill i:)to th:~!
condition of rest is an adeptability to
and the period of biological roat resembless the verLali-
zation stage in herbaceous plants but is not identical
with it. Bibliography of 22 titles. -- N. Mi. Ush

GUZNVA, M.A.
fi-alM.,zli-
Methodology of studying functional assymatry in conditioned vaacular
reflexes in man. Uch.zap*Len.un.nos203:159-l70 '55. (MLRA 9:7)
(CONDITIONED RESPONSE) (BIDOD VIISS=)

GUZEVA, M. A. Cand Ped Sci -- (diss) "Different.i.ation of spatial,
I\tem.PR~i
Xbr%14ayid quantitative relations in -the mental activity of pupils
N
of tile first A#w*qcclas#.1 Len,1957. 15 pp 21 cm. (Lenint;rad
I I
Order of Lenin State Univ iin hdanov). 100 copies. (K1, 10-57, 105).
9 N

_GUWVATIYP_ja.N-LRYMALOV, V.V., otv. red.; STERKINA, S., red.;
YAZLOVSKAYA, E.Sh., tekhn. red.
(Classes and the class struggle in economically under-
dev4oped countries] Klassy i klassovaia bor'* v ekonomi-
cheski slaborazvitykh stranakh. Moskva, Izd-vo vostochnoi
lit-ry, 1963. 125 P. (MIRA 16:7)
(Underdeveloped areas-Social conflict)

.0ZEYANTYL-Yarop olk, Niko lays vi eh ; KOSTINSKIY, D.H., rodaktor; GLITKH, D.A.,
4r.~77_ _ - .iskhniche'skty~*'redaktor
[The Chinese Peopld's Republic; a geographical sketch) Kitaisimis
Narodnala Respublika; geograficheakii ocherk. Moskva, Goo. izd-vo
geogr. lit-'ry. 1956. 133 P. (MLRA 9:8)
(China--Geography)

BEREZINA, Yuliya Iosifovna; GUZSVATYT U.N., otv.red.; GAMXzKOV, K.A..
KO_M-r~`T-
red.izd-va; TSVET _. E~.-red.
LNatural resources 6f Ghinal Pdrodnye bogatetva Kitaiat Hoakvaj
- '0-85 P.
Izd'v6-V6wtochnoi-lttft_i-j, 1958 (MIRA 12:2)
(China--Economic conditions)

GUZEVATTT, Yaropolk Nikolayevich; ZABIROV, B.Sh., red.; VILERSKIZA, 3.1%.
Va rt
I
[Indonesia; a geographical sketch] Indoneziia; geograficheskii
ocherk. Moskva, Gos. izd-vo geogr. lit-ry. 1958. 87 1).
(Indonesia--Economic con(Utions) (MIRA 12:2)

---GU23VATYY, Yaropolk Nikolayevij~'; GARSIA, L., red.; CBKPELEVA, 0.,
-.1'. -t~fik .'red,- ~ -I
[The economy of present-day Indonesia] Aconomiks sovremennoi
Indonezii. Koskva, Izd-vo sotsiallno-okon.lit-ry, 1960. 229 p.
041HA 14:2)
(Indonesia--Economic conditions)

DALIN, S.A.; ANIKIN, A.V.; OLISEVICH, Yu.Ya.; QDZEVAT)D:,jA.1L;'
DVORKIN, I.N.., doktor ekon. nauk, red.; NIKOLAYEV, D.N.,
red.; GERASIMOVA, Ye.S., tekhn. red.
[Criticism of the theories of modern bourgeats economists]
Kritiks. teoril sovremennykh burzhuaznykh ekonomistov. [*)
S.A.Dalin i dr. S predisl. A.A.Arzumaniana. Moskva, Eko-
nomizdat, 1963. 211 P. (KRA 16:7)
(Economics) (Capitalism)

ACC NR, A16035421 SOURCE CODE: UR/0137/66/WO/009/DO43/r~043
AUTHOR: ZhukovskiYs B. D.; Zil'bershtcyno L. Is; Yankovskiy., V. M.; Petruninp Ye. P.;
:Guzevataya, L. 1.
;TITLE: Preparation of welded titanium tubing stock for cold working
I
=URCE: Ref. zh. Metallurgiyat Abs. 9D281
REF SOURCE: Sb. Proiz-vo trub. Vyp. 16. M.p Metallurgiya.. 1965, 53-58
TOPIC TAGS: titanium., seam welding, weld defectp heat treatment, temperature depen-
dence, Q0 I ct WOV-Kiri3l F19LW CiQ+OC.,~iOn
ABS'LMCT: To determine the continuity of the welded seam, the samples were subjected
to x ray flaw'detection, which showed that there were no flaws in the welded aea..m. The
samples of the obtained tubes withstood tests for flattening untAl the tube walls came
in contact. To eliminate residual strosGes occurring during the trAnufacture of the
welded tubes., heat treatment must be employed. The influence of -the tube heat-
treatment temperature on the residual stresses was investigated in the temperature in-
Uerval 550 - 7500 in steps of 500. After determining by the method of N. N. Daviden-
kov 4he residual stresses in tube samples annealed at different temperatures, the
authors established that heat treatment at 700 - 7500 eliminates the stresses almost
completely. Cold reworking of the obtained tube to dimennions 60 x 0.16, 48 x o.4,
and 48 x 0.2 mm has shown that the metal conf;umption is appreciably reduced and the
number of passages is less than in cold working of seamleBs tubes, thus providing the
Card 1/2 uDc: 621.774.21: 621-791-7

4~CNRi AR6035421
advantages of using welded tubes of technical titanium as stock parts. 5 illustra-
tions, I table. L. Kochenova (Translation of abstract]
SUB CODE: 11, 13

GUZKVICH,Yu.D.. inzhener
--,-I 1- 1. - I b. I I
A fastener device for the assembLy of velded double-tee sections.
Svar.proizv. no-9:30-)l S'55. (RUA 8:11)
1. Nauchno-issledovatel'skly institut mostov
(Structural frames)

GUZEVICH,Yu.D.; SATIAM.Yu.P.
Relation between static and Impact strength of "Menazhe" specimens
Bubjected to bending tests. Zav.lab.21 no.6:724-726 155.
(KLRA 8:9)
1. Nauchno-iseledovatellskiy institut mostov
(Steel--Testing)
Leningrad Railroad Engineers' Institute (NII mostov
pri LIIZhT).
Submitted 10 Ap 1956

GUZEVICH, Yu.D., inzhener; ZURACH. S.Ye., inzhener.
-
~ W- -
.
Cold straightening of bridge span elements. Transp.stroi. 6 no.4:
25-27 AP 156. (NLRL 9:8)
(Girders)

hT.- "I 1;~ I W11111,0:911 ITHUMI
01 1'~ '"Itt h 11IMMIMINI

Qr

-

1- aid I U
ozt aw, of k
7P
d Naticcr Ted-Piects. 1111.16,
(In Biwittin]. S)mo o- t1m .11flin fledue.
it hiz6vNi and
tiom-4 and ma to by
b
V U, H.
Mom f1tv Arouffly ctiti6w4l

mpc

.1 Rf-_
k
m MAN"

i
fil
i il
"I
a

11

1 5

l; l IV, I

GUZEVICH, Tu.D.; RUERACHMV, Te.F.
Device for registering displacements. Zav.lab. 22 no.10:1258-1259
'56. (MLRA 10:5)
1.11auchno-isaledovatel'skiy institut mostov.
(Oscillograph)

=MFICH, Yu. D., Candidate of Tech Sci (diss) -- "Investigation of the angular
deformations of the floors of welded double-IT parts of bridge structures". Lenin-
grad, 1959. 14 pp (Min Transportation Uqsp, Leningrad Order of Lenin Inst of
'Railroad Transport Engineers im Acad V.N. Obraztsov), 120 copies (KL., No 21, 1959,
115)

AUTHOR: Guzevich, Yu.D. 125-58-7-3/14
TITLE: Cold Straightening of Fungiform Deformations in Nelded I-Beam
Shelves (Kholodnaya pravka gribovidnosti polok svarnykh
dvutavrovykh elementov)
PERIODICAL: Avtomaticheskaya. svarka, 1958, Nr 7, pp 17-22 (USSR)
ABSTRACT: The method of cold straightening after welding for deformation
elimination is extensively used in bridge welded structures due
to the application of rotary straightening machines designed by
S.Ye. Zubach. The experimental cold straightening of I-beam
shelves which have bulged into a mushroom shape during welding,
was carried out at the Scientific Research Tnstitute for Bridges.
The work capacity of specimens with a slit (Fig. 2) after
straightening was tested according to a method developed at the
institut elektrosvarki AN USSR (Institute of Electric Welding
AS UkrSSR) (Ref. 2). The tests proved that cold straightening
improved the tensile strength of the element at low temperatures
(-700C), and did not affect the static strength at normal
temperatures, even if there is such a stress concentrator as a
thin slit in the beam wall.
There are 2 diagrams, 1 table and 3 Soviet references.
Card 1/2

12.5-58-7-3/14
. Cold Straightening of Fungiform Deformatione in Welded I-Beam Shelves
ASSOCIATION: NII mostov pri LIIZhTe(Scientific Research Institute for Bridges
attached to LIIZhT)
SUBMITTED: March 31, 1958
1. Welded structuros--Def'ormation 2. Beams--Welding 3. Welds--De-
formation 4. Straightening machines--Design
Card 2/2

GUZE'VICH, Yo.D., inzh.
Anal,~Aical nethod for deter-ining weld do4lorm. tions h flanges of
I bearns. Trudy NII mostov n--).5:159-175 '59. (KRA 12: fl
(Woldin,C-Test Ing) (Dof or,!,.qt ions (Mechanics)) (Girders)

--SUZEVICH, Yu.D., ifizh.
---- ------
111p,b-otrongth otronnod bolts for reinforcir4,; ana rnpEArztjig
motal otructuroa. Prom.stroi. 18 no.1:40-42 160.
(MUR4 13:5)
1. Nauchno-tasladovatellskiy Institut mostov.
(Bolts and mits)
if

Guz-V7r-.Gl!, -fti.D.; SHISHZET, '.'. -iu-
Improving fre!Oqd Slnl!-.ttlres in locomotlVe find rar
L -
kitcm. svar. 17 no.0".71"l-77 Je 16,, (MURA 18:1)
1. jprtjt,!jt~ [PilillIfT1,706
. 1% - .*

Of
jl.%r- 7".
Ars --r

29033
S/081/61/000/018/004/027
15 2~0 B100101
AUTHORS; Bulgakova, T. I., Guzey, L. S.
TITLE: Maf;neto-chemi cal investib~ation of cobalt-nickel ferrites
)DICAL: Lieferativnyy zhurnal. Vhimiya, no. 16, 1961, 34, abstract
16B222 (3b, " Ferrity. Fiz. i fi z,-khim. svoystv--". :;'insk,

-"- B-SH, 1960
i, 0 0
A
, 137-141)
TEXT: The phase composition of Co-Ni ferrites was investigated by
MaC,netic and x-ray diffraction studies. The formation of solid solutions
of Co and 1!i ferrites was established. A constant Curie temiDerature and
an anomaly of the curve of coercive force in the range of 20 - 50 mole',74
e 4 [Abstracter's note: ComDlete translat J.
of CoFe,O were found. ion
Card 1/1

31546
5/08 61/000/022/004/076
2- B1 02XB1 08
AUTHORS: Breger, A,, Kh., Vaynshteyn, B. I, Guzeyj L~~ 3-
Ryabukhin, Yu, So, Syrkus, No P.
TITLE- Gamma-radiation absorption in maorosysteme
PERIODICAL. Referativnyy zhurnal. Khimiyaq no~ 22, 1961, 37, abstract
22B254 (Tr. Tashkentak. konferenteii po mirn. ispollzovaniyu
atomn. energii,, Tashkent., AN Uz$SR, v. 2, 196o, 123-132)
TEXT; The gamma radiation energy absorbed by an objeot is determined as
the difference between the y-radiati,on energy flux from the source and
I-energy flux passing through the object's surfaced An accumulation
factor for the energy flux and a useful coefficient of the source with
respect to y-radiation are defined. The energy from C060(_ 2 g-equ. Ra)
absorbed by the object was measured by means of a chemical dosimeter - a
ferrosulfate solution filled into volumes of various shapes,, The I-radisk-
tion energy flux was also measured by the ferrosulfate method. It was
shown that if the source was placed in the center of a cylinder the ab-
sorbed energy is twice as high as that when the source is located at the
Card 1/2

C(gj
0 0
1 /600 4
S/ Y11 3 1 / 0 6/2 2 /10 1
BO 1 4/BOO 7
AUTHORS a Breger, A. Kh~, Vzyjmhjay~~, G-uzey, L, 5., Ry bukhin. Yu. S.,
Oyrkus. N. P.
TITLE: The Absorption of Gamma-emission in Macrosystems From a Point
Source
PERIODICAL: Doklady Akademii nauk S83R, 196o, vol. 131, No. 6, pp. 1308 - 1311
TEXTs The authors define the absorbed power ofr-emission with
qa - ~o - (~surf + tcatt)' where f0 is the total power of the energy flux of the
T_ emission of the source, and fsurf - the power of the flux leaving the absorbing
body, and ~scatt - the power of the scattered flux. The factor of the accumulation
B~ of the integral energy flux of the r-emission is defined by B 1) ' 1 + 4~scattkur~
and by the notations ~) a/fo = V fsurfl/fo - Tsurf is obtained for -the efficiency
71 n 1 - B surf . For i opherical absorbing body in the center of which the Source
is located, ~ may easily be written down. For a cylindrical body (Fig. 1) the Vr
Card 1/3

80084 ~ ~; '.""
The Absorption of Gamima-emission in '!_-crosystems From a S/C2- *"- '1 6 , 2
~;;/ Vui ~ /
Point Source B014/ 3607
authors derive formula (4) for T surfs Determination of B I was carried out in a
test series, in which dosigietric solutions were located in cylindrical con-
tainers with different radii. In a copper tube, which was fitted to the cylinder
axis, the r-source could be moved from without. 1,11easured values for five
different cylinder diameters within the range of from 3 to 12 cm are graphically
represented in Fig. 3. It is found that the relation B~ = F(h/r,~Lr) holds, where
h denotes the height of the cylinder calculated from the source, r - the radius
of the cylinder, and)tL the coefficient of the linear weakening of thel--emission
in the substance (Fig. 3). In this way it was possible to determine not only the
amount of the absorbed energy, but also the above introduced factor of the
accumulation of the integral energy flux. This factor may be used also in in-
vestigations of the absorbed energy which are carried out with other configura-
tions of the source or of the absorbing object. The authors thank N. A. Kras-
noshchekova and Ye. D. Kalmykova for their help in performing this work. There
are 4 figures and 12 references, 9 of which are Soviet.
ASSOCIATION: il'auchno-issledovateliskiy fiziko-khimicheskiy institut im.
L. Ya. Karpova (Scientific Research Institute of Physi
Card 2/3

80084
The Absorption of Gamma-emission in Macrosystems From a S1020V6011311061221071
Point Source B014/.007
- Chemistry imeni L. Ya. Kargov)
PRESENTED: December 17, 1959, by V. A. Kargin, Academician
SUBMITTED: December 16, 1959
e
Card 3/3

43259
S/189/62/000/006/004/006
D214/D307
AUTHORS: Bulgakova, T.I. and Guzey, L.S.
TITLE: A study of the hysteresis curves of cobalt-nickel
ferrites
PERIODICAL: Iloscow. Universitet. Vestnik. Seriya 11. Khimiya,
no. 6, 1962, 58-60
TEM The influence was studied of the composition and
heat and magnetic treatments of cobalt-nickel ferrites Cox"il-x
Fe204 (x . 0.1-0.8) on the shapes of the corresponding hysteresis
cufves. Quenched specimens pve curves with B,/B, . 0.3-0.4 (Br
remanent induction, B. - maximum induction) whZre~B /B rises
slightly as x increases. Specimens reheated to 9006C after quench-
ing and cooled at 500CAr gave curves with Br/Bs