SCIENTIFIC ABSTRACT VIGDORCHIK, D.YA. - VIGDORCHIK, N.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001859720004-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Ya.; ivAllfiv, V.P.; ;j
re reg.
170)
s r
163

VIGDMCHIK. %Ya.
- 1;1.
Safety in the operation of household gas appliances. Gaz. prmo
7 no.9t52-54 '62. (MIRA 17s8)

VIGDORCBIXO D.Ya.; IVANOV, V.P.
Gas equi*ent for a railway-car restaurant. Gaz. prom. 9 no.6:
22-25 164. (KatA 17:8)
t

VIODOWHIKI D.Xal
Conzatation. GRZ. prom, 9 no.7:36-37 164. (MIRA IWO
1, Sotrudnik Mosgasproyakta,

6,
AIRKSANDROVICH, A.1 VIEGDORCIIIK D.Ya DRUSKIII, L.I.; OILIBERSHTSYN, I.A.;
B.-;--WDMTM PODKOPAYIV, II.F.; SIADKOV, S.P.;
KkYZHLfS, P: I t; .
-STOYUNIN, G.P.; AVRUSHCHMO, R.A., red.; KOHYASHIHA, A.D.. takha.red.
[Gasburners for city gas use] Gazogorelochnye ustroietva dlia garod-
skogo gazoanabzheniia. Pod obahchei rod. P.B.Haizelles. Moskva
lzd-vo H-va lrommun.khoz. RSFSR, 1957. 202 p. (MIRA 11:2$
(Gas-burnarg)

29205-66 JXT(CZ)
C NR: AP6007639 SOURCE CODE: - UR/0141/46/009/001/'0155/0166
.AU~THOR: Vigdorchik, V. L; Kontorovich, V. M.
JORG: Institute of Radi9phy c!~.M!~ Electronics, KN._Ukr.SS.R_.(Institut radiofiziki i
AN UkrSSR)
JITLE: Stationary oscillations of the electron cloud in a cylindrical magnetron.
'Part I - Mechanism of stabilization
~SOURCE: IVUZ. Radiofizika, v. 9. no. 1, 1966, 155-166
.TOPIC TAGS: magnetron, electron cloud
i,ABSTRACT, 'A nonlinear mechanism of compression of the electron cloud by the
!r-f field, in a surface-wave magnetron, is theoretically analyzed. Only the
amplitude "nonlinear mechanism that limits the- oscillations is taken into account;
1he phase" nonlinear effects connected with the electron velocity modulation and
,responsible for the transfer of energy from the electrons to the alternating field is
Card 1/2 UDC. 621. 385.64

L 29205-66
i~ACC NR: AP6007639
i
'neglected. The compression of the electron cloud
iby a nonuniform r-f field is shown in the accom-
I
ipanying figure; the average radius r0 of the
'oscillating cloud is smaller than the static Brillouin
radius r. . The ondulating line shows the
~oscillating boundary r. (5p, t) between the cloud and
Ithe vacuum. A plot of surface-wave amplitude V(r)
i
ivs. raditis is also shown. It is proven that the
compression mechanism is capable of stabilizing
the oscillatory regime. A dispersion equation is
!set up which permits determining the parameters of
joscillations under stationary conditions. Orig. art.
,has: I figure and 50 formulas.
SUB CODE: 09 SUB M DATE: 17Apr6 5 ORIG REF; 0 10.
:Card,?./Z

ACC NR. AP7008261, SOURCE COD.-,:
AUTHOR; Vigdorchik V. I.; Kontorovich, V. M.
ORG: Institute of Radiophysics and Electronics, All UkrF)F;R (Institut
radiofiziki i elektroniki AN UkrSSR)
TITLE: Stationary oscillations of an electron cloud in a cylindrical
magnetron
SOURCE: IVUZ. Radiofizika, v. 10, no. 1, 1967, 1111-127
ITOPIC TAGS: magnetron, microwave component, Dj,5PEC510A) 6(jUli
ABS'TRACT: A disDersion eauation, previously derived by the authors,
for the case of low amplitude oscillations is analyzed to investigate
netrcn. Stationary conditions and rer4on
stationary conditions of a mar
of steady-state oscillations were determined. It was shown that there
is a possibility of oscillation nulling in the region of a precritical
magnetic field. The stability of the steady-state regime was in"resti-
gated and the dependence of the amplitude of stationary oscillation
on the magnetic field and the plate voltage was found. The tire of
!instability stabilization is less than that of velocity-electron
lbunching. All basic formulas are given in an appendix. Orig. art. has:
4 figures and 12 formulas. [GS3
!SUB CODE: 091 SUBM DATE: 18Dec65/ ORIG REF: oo6/ OTH REF: 001
! C5!rd 1Z1 __iaC_:_62l.3_85..64

.))-Mll I C1, ENKO 5 kand. tek~n. naulcl STARIKOV, V.r4., ln~&h -.6.
M kand, tek)in. nauk; NAUIt)V, K.M. , lnzh.
Ffffic,t of the trAveling an"d of the OT-75 tractor on the strvae,~c
in suspensiun systems. Trak-l". I sellkhozmash. nu.8il.4-1 Ag f6,).
01IT-.11 v,10.)
1. Gnsudar3tvennyy soy-u-znyy naiichno--Isaledovateltnk~y tr'~kU~vryy
inatitut (for Dmitrichanko, ',Starikov). 2. Crenburgskiy iv11-
skokhozynystvennyy Inntil.ut. (for Vigdorchik, Nvi,,vrcv;.

7--U-
a I prl:
hromium boride, -,erTret,
T-j 7-1 C' 'I'AG'S boror, n it idd-e Vomi rrk-T:a-l lic regulus , c

:, :I 1 :1 .,~ :
-,rd Z ''.

VIGDMMAN, V.Sh., inzh.
Ultrasonics and the outlook for their use ix the food industry. Mekh.
i avtom.proizv. 16 no.5:29-~3 162. (KRA 160)
(Ultrasonic waves-Industrial applications)

t a
e r a c r. r c, f r F1 i-rr v o Ide,~ w i t~ z

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AI:CESSION NR: AP 500 130 3
zi.rconla, e i t h e, r u r. s t, 6 z (! d n o c n i c r c. t z e
tlie pnyilcal aind meenanica., c.,iaractt of S
a ; 1 d e k. i I,, C t i C t3 C) it e C k] C L,
tures at various te.6perat-wres during the aintering indicated that
Z;-C - Z r0 2 c e me t s " PlIn rk t h f) m o t t, a b ic of the materia.'s nvest! i7t_~tcc
m n e r ri r, r,i
P 9Lr ftfile L t: rFj (jf tile carbide componenr ac-c-remse wir.1 increasing ,;ru2 con-
contration ; --thi c --dec rease- -.-'L s -mos-"W-- pronoun c ed f ri r the- -ZrO2--stabilized
and- -least -pronounced -for the --monoclinic- Zr02 .- -The pattern
ol! the changes in lattice parameters confirmed the stability of the
Z"C-Zro2 and TiC-ZrO,, "cermeta" at sufficiently hirzh temiDerat ire.
I-Card ?-1'3

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;ACCESSION NR: AP4005835 S/0226/63/000/006/0011/0017
AUTHOR: Avgustinik, A. I.; Vigdergauz, V. Sh.; Gropyanov, V. M.; D~ozdetskaya,
,G. V.
TITLE: Effect of powder fineness on the density of niob;um carbide parts at
various sintering temperatures
I
ISOURCE: Poroshkovaya meta)lurgiya, no. 6, 1963, 11-17
iTOPIC TAGS: niobium carbide, sintered niobium carbide, nloblum carbide powder
'niobium carbide sintering, niobium carbide density, sintering, powder metallur gy#
density
'ABSTRACT: Nioblum carbide sinters poorly due to its high melting point (3750 K),
leading to lower microhardness. The present authors therefore studied the relation.-
'ship between particle size, sintering temperature, density and heat resistance of '
,NbC and attempted to find methods for producing niobium carbide powder with a rela-,
:ilve density not lower than 90% of the theoretical value at low sintering tempera-
--'tures. This Is very Important for creating heat resistant structures. Pulveriza-
P
.tion In vibro-linills was used to obtain fine particles of niobium carbide, thus in-
icreasing the surface energy prior to cold pressing. Fig. I in the Enclosure shows
)_Qh!~..effect of the sintering temperature on the specific gravity of niobium carbide
'Card 1/4

ACCESSION NR: AP4005835
with varying initial specific surface area. This test was performed on the
Deryagin device. As seen from the graph in Fig. 2 of the Enclosure, greater disper-
sion of the powder leads to higher density at lower temperatures. Two formulas are
proposed by the authors for nelating the sintering temperature and fineness of the
carbide powder. Experimental data and the theoretical values obtained from these
formulas differed by not over 1-1.5%. Tests performed by the authors also corrobo-
rated the phenomenologic theory mentioned in articles by K. S. Kovallchenko. G. V.
Samsonov and V. V. Skorokhod. It was found that a relative density of niobium car-
bide powder of ~p to 97% can only be obtained with very fine powder and sintering
n
temperatures,< 0.6 m.p. 0' the basis of experimental data, the lattice destruction
energy for NbC Is calculated to be approximately 410 %-J/mol. Orig. art. has: 7
figures, 4 tables and 9 equations.
ASSOCIATION: Leningradskiy Tekhnologcheskiy Institut Ims Lensoveta (Leningrad
Technological institute)
SUBMITTED: l9Nov6Z DATE ACQ: 20Jan64 ENCL: 02
SUB CODE: MH
NO REF SOV: 009
OTHER: 000
2/4
'Card

IPF-VOCTAU wo. A M.AArD~r
7
.5
2
Im r *m
Fig. 1. Density of NbC in relation to the sintering temperature:
1 1-56; 2 - 4.1; 3 - 6.2; 4 - 12-5
3/4
1. Frd

AGCESSIOH HR3,-AP4005835
4/4
Card
g/cm3
16
7
6
ENCLOSUREs 02
ed 12
Fig. 2. Density (solid line) and contraction (dash line) of Nbc
in relation to the specific surface area of the sintered powder.
Sintering temperature; I - 2240+20K; 2 - 2020+20K; 3 1820+20K;
4 - 1590t.15K

SEMESHKO., P.T. (Novosibirsk); INOZEWSEV, A.A. (Novosibirsk);
'ILGP~~AUZP Ye.M. (Novosibirsk)
Organization of track and construction work during combined
traffic intervals. Zhel. dor. transP. 47 no-5:"-49 11q 165.
(MIRA 18:6)
1. Zamestitell nachallnika Zapadno-Sibirskoy dorogi (for
Semesbko). 2. Nachallnik sluzhby puti Zapadno-Sibirskoy
dorogi (for Inozemtsev). 3. Zamestitell nachallnika sluzhby
dvizheniya Zapadno-Sibirskoy dorogi (for Vigdergauz).

VAKAYEV, F.K.; Kjqp~RGAUZ, Ye.M.; CRUSHEVSKIY, F.U.; KOROVKEVICII,
N.V.,, inA., red.; VOROBIYE"VA, L.V., takhn. red.
(Experience in the operative planning of train operationsi
from the practices of the Western Siberia Line] Opyt ope-
rativnogo planirovaniia poezdnoi raboty; iz praktiki
Zapadno-Sibirskoi dorogi. Moskva, Transzheldorizdat, 1963.
44 p. (MIRA 17:2)

OGORDNIK, N.I. (Novosibirsk); VIGDERGAUZ Ye M (Novosibirsk);
'I
GRUSHEVSKIY, F.U., k". _19.lna_;~Hovosibirsk)
New developments in the operational planning of train traffic
and dispatcher control. Zhe~.dor.transp. " no.8:68-73 Ag
162. (MIRA 15t8)
1. Nachallnik sluzhby dviahaniya Zapadno-Sibirskoy dorogi (for
Ogorodnik). 2. Zamestitell nachallnika sluahby dvizheniya
Zapadno-Sibirskoy dorogi (for Vigdergauz).
(Railroads-Management)

VIGDERGAU7., Te.O. [Vihderhauz, 3.0o], dots.
Clinical aspects, diagnosis, and treatment of cholee7stitis in
children. Fed., akush. i gin. 20 no.3t6-9 '58. (HIPA 13:1)
1. 14-ya ob"yedinannaya detalmya bollnitea (glavnyy vrach - R.Ta.
Zadova) g. Khar Ikova,
(GA XLADMM-DISIASIS)

VIGDORCHIK, D.-, LAUBIS, G.; MAYEVSKly, Ml
Infrared heaters. Avt.transp. 42 no.3:20-21 Mr '64.
(MIRA 17:4)

CHERKINAIY, Boris Mendeleyevich; GORGDOT, Kapiton Iva novich;. jIGDORCH4,
Dariy Takovlevich; LURIYE, M.Yu., prof.. retsenzent; KOPMEYICII,
-re d;!-KOGA?r. - Y. T. , to khn. red.
(Use of gas for speeding up the drying and thermal processing
of textile fabrics] IspolIzovanie gaza dlia intensifikataii
protsessov sushki, i termichaskoi obrabotki tkansi. Moskva. Goa.
nauchno-takha.izd-vo lit-ry po, legkoi promyshl., 1959. 250 P.
(MIRA 13:2)
(Drying apparatus-Textile fabrics) (Textile finishing)

RYABTSEV, N.I., red.; BUXHIN, V.Ye., red.; Y1GWBLHU,--D..Y4L,, red.;
ILVANOV, N.P., red.; KNAPP, K.K., red.; KOZLOV, S.S., r1d.;
PROFERANSOV, V.P., red.; SDOBODKIN, M.S., red.; SHARDVATOY,
L.P.$, red.; BYKOVA, L.B., ved. red.; KORSUN, Ye.P., red.;
USHAKOVA, A.F., ved. red.; POLOSINA, A.S., tekhn. red.
(Gas equipment, apparatus, and fittings; reference book]Ga-
zovoe oborudovanie, pribory i armatura; spravochnoe rukovad-
stvo. Moskva, Gostoptekhizdat I '963. 469 P. (MIRA 16:4)
(Gas, Natural-Pipelines~ (Gas appliances)

XMINA, Natallya Alskeandrovna; VIGDORCHIK, S.A., inzh., reteenzent;
BOGCKOWVA, M.F., izdat.red._;-7RDZRTt-,-T-.7._, takhn.red.
[Methods and means of control of geometrical parameters in
aircraft construction] Ketody i sredstva kontrolia goo-
metrioheBkikh parametrov v samolstoqt):NW%ii. Moskva, Gos.
isd-vo obor.promyshl.. 1959. 128 p. (MIRA 12:9)
(Airplanes--Design and construction)

VI2= IK. D.Ta.; GORODOV, I.I.; DRUSKIN, L.I.; CHMINSKIT, B.Z.
000001~~~
Utilization of gas by the textile industrjr (to be concluded).
Gax.prom. no 05:17-23 My 157. (KLRA 10:5)
(Textiie'
(Gas
fuel)
fabric%-Ih7,ing)
as

VIGDORCHIK D Yo.- GORODKOV. X.I.; DRU.zi.IN, L.I.; CHYMMISKIY, F.t.
. . v
Usinj; gas in the textile in&vitry. Gaz.prom. no.6:14-20 Jov '57.
(KLRA 10:7)
(Gas appliAnces) (Textile fabrics--Drying)

.M,aWWA,; DRUSKIN, L.I.; IVAROV, V.N.; STROGALISHCHINOVA, L.B.
I~aDCII
Conversiox of VNIISTO small cast-irsa household heating boilers to
gas fuel. Gas.prom.no.9:17-22 S 156. (MMA 9:10)
(Gas an fuel) (Boilers)
S,

VANUSHEI, Anatoliy Kuzlmich; CIlEYaYZHOV, V.A.. red.izd-va; VIGDORCUls
D.Ya., red.1 KHENOKH) E.k,.p tekbn. red.
[Testing of gas-fired boller systems] Ispytanle kotellrqkb uBta-
novok, rabotaiushchikh na gazovom toplive. I-'ioskva., Izd-vo M-va
kommin. khoz. RSFSR 1961. 66 P~,ng) (MIRA 150)
lBoilers-Tes

VIGDORCHIKY G. Ya., Candidate Ned Sci (dies) -- "The use of antibiotics and LEN
paste to treat certain forms of inflammAtion of the tooth pulp". Riga, 1959.
25 pp (Acad Sci latvian SSR, Inst of Experimental YAd) (KL, No 24, 1959, 149)

KLYZILIS, F.B.; -VIQPgMIK, D-Ta.
XGP-8 automatic gas operatied air-heater. Gas.prom. 5 no.8:24-28
Ag 16o. (MIRA 13:10)
(Gas appliances)

KLYZMLIS, P.; VIGDORCEIIK, D.
"Burning of gaa by electric power stations and in induBtry."
by V.A. Speisher. Reviewed by P. Mizells, D.Vig4orchike Gaz.
prom. 5 no.8:33-34 Ag 160# (MIRA 13:10)
(Gas as fuel)
(Speisher, V.A.)

BRAUDE, S.Ya.; VIGDORCHIK I M
I ~ -- - -- !:~"
Cc=ents on the article "Anomalous nonfulfillment of HuIlls con-
dition of cutoff in strong crossed fields. Zhur.takh.fiz. 34
no,ID2085-2086 N 164~ (MIRA 18i1)
1. Inatitut radiofiziki i elektroniki AN UkrSSR# Khar1kove

. in 11101 vac,111111 %W1 th.. lot
joroduclirm ol ton curr',11c,
is mir"Hic f0fil "Jljl~ m,
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if! !,lp ;if I 1!t-

40341.
q. 1-S 0 &0J/194/62/000/006/4129/232
6/1 S"F 0 D256/D308
A'UT) !OR; Vigdorchik, I.M.
TITLE: ducing a sequence of electric fields with opDosite
polarities by ultrasound and its use in generating
electromagnetic waves
PERTODICAL: Referativnyy zhurnal. Avtomatika i radioelekt
ronika,
no. 6, 1962, abstract 6-5-43 s (Tr. Kharkov. in-ta
inzh. zh.-d. transp., 1961v 41, 68-73)
TEXT: it is possible to generate UHF radiowaves by means of oscil-
lating electrons which move in space. Howeverp the methods of pro-
ducing the required sequence of electric fields with alternating
polarities and with a harmonic variation in space have not been
sufficiently developed. To reduce the wavelength radiated by the
oscillating electrons one can decrease by a large amount the distan-
ce between two adjacent points in space at which the intensity of
the el.,field is equalp by using ultrasound propagating in a piezo-
electric substance. Numerical calculation shows that the radiation
in this case is restricted to the centimeter range of wavelengths.
Card 1/2

S/194/62/000/006/129/232
Producing a sequence of electric ... D256/D308
4 references* [Abstracter's note: Complete translation.j
Card 2/2

.1

5 OC IAT 1 ON - I ns t i tu t rad i olf i 2 i ki i e I o': t r c),i A N ISA r-S 5R p:C~,,zi r'_kDv f ns

. VIGDORCHIK, M.Ye.; PLESHIVTSEVA, E.S.; CHER&IISINOVA, Ye.A.
Marine interglacial depositB in the Illmen' DepreBsion. Dokl.
AN SSSR IAI-no.5:n6,7-3-170 D 161. (MIRA 14:12)
la Predstavlono akadftU= V.N. Sukachovym.
(Illmon' Lake region--Zoologyl Stratigraphic)

7c, ni t t
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Cafa 11/3

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ACCESSICA MR- AP5007301
charge
-f-lonof the cathod'o current. Etf:hIlt probe electrodeq in t h~
thl-
jm~~ku--, oi explaining the beyond cutoff current (&served In prac-
ns as a consequence of de-viatim from axlal symsmetry. Orlg.art.has.
-A'tics! magnetro-
i2O formulas and 10 f1gures.
:Card 2/3

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ASSOCIATION None
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NR REF SOV 00I
Card2 / 2

E f f I f
~T L
SHTRYIIBOK, G.Yu., inzh., red.
_jcjU,4b1s&cv1ch, inzh.;
POWMAMOV.A.. tekhn.red.
[Capecitiv,3 pressure gauge with frequenev modulation] Szkostnyt
izmeritell davleniia a chastotnoi modultatatei. Moskva. Filial
Vass. in-ta nauchnoi i tekhn.inform., 1956. 12 p. (Pribor7 i stendy.
Tana 4, no-P-56-429) (MIRA 11:2)
(Pressure gauges)

LEVIN, "I.Yu.; VER111'r,"MY, I.L.; "61kloCHIK, Kr4'.,,JM0V V
Asymmetry of the -4nterelectrade space and its effect on the
static characteristics of a cylindrical magnetron. Zhur. tekh.
fiz. 35 no.3:519-527 Mr '65. (MIFIA IR.61)
1. Institut radiofiziki i elaktraniki AN SSSR, Kharlkov.

I'l TLE Growing tungsten and mtolybdeTIUM trioxide crystalg from cryolite-oxide
me 'its
SOURCE: AN SSER. Doklady*, v. 159, no. 2, 1964, 416-419
TOFTC "AGS: oxide melz. crvt;lal formaLian, Jlfrec~ed crvstallizatior
7 0!' i ~ e r v 9 7,3 ~;"z 1, r x ) K 1 i-, p
t !4 a ff
.BSTR_,kf'.T T) i c r vs t I z A , i,: i f WO M~ ~i ~i r e' I w

L 2328~-65
ACCESSION NR: AP4049490
tions :)elow the original was: Fe203 0.98, 0.96, NiO 0.53, 0.61; CuO 0.55, 0.53;
SiO 0.45, O~53; A1203 "The spectral analysis vas carried out und ~? r
2 1
the guid--ince of ~. P. A'ikeveva and V. C, Shcl)er~;nkov fn 'he Kjimikc)-araliriclie-
.'r ly,i Li?-,ui~c nstiruza lveru'ytlkl~
~Piavo/ (Ana~ylical La~~,-)ratorv ~he A!'-Ilnlon Scientific Research
A:: 2 'a*-Ics.
-~SSOCI
J 101,; (;CJSUd.1r9~'/P-1T)V4'V '!wkiy - prr)vekiny*y inqrit ,,
Re!.ecl,ch and Desgr~
S U M I T'TD 12May64 ENCL: 00 SU13 CODE MN, SS
NO REF SOV: 006 OV IF R 0
~0,(! .'! ,

SOV/84-58.4-25/48
AtIMOR: _.Vi -,,L.,_,Fngineer (Khabarovsk)
TITLE: Power Supply to the Inner Homing Beacon via the lqeon Light Cable
(Pitaniye blizbney privodnoy radiostantsii po kabelyu neonovykh
ogney)
PMRIODICAL: Grazhdanskaya aviatsiya, 1958, Nr 4,, p 28 (um)
ABSTILACT: To avoid interference by the power supply line to the inner homing
beacon with the radio compass., utilization of the neon light cable
for power supply wss introduced in a Far Eastern airport -by'innovator
F; Raykhlin. A diagram of the circuitry accompanies the text.
1. Airports--Lighting systems 2. Runway lights--Power
Card 1/1

VIGDOROVICH,-Y.L GLAZOV, V. M.
Additivity in Increasing the microhardness of metal system solid
solutions. 1zT4Ty84 ucheb. zav.; tevet. met. no.3:122-126 ' 58.
(KRA 11111)
1. Moskovskiy inatitut tovetnykh metallov I zolota. Institut metal-
lurgii All SSSR.
(Solutions. Solid) (Alloys--Hardening)

5(4-) SOV/69-21-1-3/21
AUTHORS: Glazov, V.M. and Vigdorovich, V.N._
TITLE: On the Colloidal State of the Solid Solution in the
Metallic Systems of the Two PhaseAlloys (0 kolloid-
.allnom sostoyanii tvdrdogo rastvora dvukhfaznykh
splavov metallicheskikh sistem),
PERIODICAL: Kolloidnyy zhurnal, 1959, Vol XXI, Nr 1, pp 18-24 (USSR)
ABSTRACT: The transition of heterogenized crystals of solid
solution from a metastable to a stable state has been
studied from a kinetic standpoint, based on the micro-
hardness studies of the crystals of two-phase solid-
solution alloys of a number of binary systems. The
transition has been shown to occur in two stages. The
phenomenon is treated on the basis of the colloidal
state of crystals of the solid solutions. There are
3 sets of graphs, 1 table, 1 diagram and 4 Soviet
references.
Card 112

SOV/69-21-1-3/21
On the Colloidal State of the Solid Solution in the Metallic
Systems of the Two Phase Alloys
ASSOCIATION: Institut metallurgii AN SSSR im.A.A. Baykova (The
Institute of Metallurgy of the AS USSR imeni A.A.
Ba kov)- Moskovskiy institut tsvetnykh metallov i
zolota 11m.M.I. Kalinina (The Moscow Institute of Non-
Ferrous Metals and Gold imeni M.I. Kalinin).
SUBMITTED: April 17, 1957
Card 2/2

18M SOV/32-25--i-24/51
AUTHORS: Glazov, V. Y., Vipdorovich, V. N.
TITLE- Application of the Method of Micro-Hardness to the Plotting
of Conodes Within the Two-Phase Rskneo of the Three-Component
Phase Diagrams (Prineneniye metoda "i-krcLverdosti dlya postro-
yeniya konod v dvukhfazny'r-h oblastyal-h trekbkomponentnykh
diagramm sostoyiniya)
PERIODICAL: Zavodsk--ya Laboratoriya, 1950, Vol 25, '"r 1,
PP 57 - 62 (USSR)
ABSTRACT: The method mentioned in the title is applied to metallic
systems and the results of some conode plottings on real
systems are specified. To determine the conode po3ition. with-
in the diagram two-phase range (solid or solid-liquid phase
range) two imaginary pr-%ints must he found at the concentra-
tion triangle, corresponding to two alloYs, in which the
crystals of the aolid solution have the same concentration.
This can be done by the tld of the rulen governing the change
in crystal micro-bardness. If the crystal micro-hardnet:s
Card 1/12 in solid oolution in the two-phase alloy of the three-compo-

Application of the Method of -"icro-Hardness to the SOV/32-25-1-24/51
Plotting of Conodes Within the Two-Phase Range of the Thr~e-Conponent ihase
Diagrams
nent system is known, the alloy composition can be deter-
mined accordine to the intersection point of the isosclere
(which corresponds to the micro-hardness value) with the
solubility isothermal line or solidus. In this way a fixed
position of the conode can be determined. Conodes for the
systems Al-Mg-Sij Cu-Cr-Zr and Cu-Al-Ti were plotted by the
method described andithe micro-hardnesnen of some alloys were
invest igz-.ted in connection therewith (Figs 2,3,4). The cross
sections investi.-ated were found to be really conodes. In
the system Cu-Al-Ti (no figilre) the case was observed that
the position of the second "direction point" remains un-
changed and that all conodes coincide there (Cu Ti). For
the system Cu-Zn-Sn (Fio' 4) the Lpl)licability o? the method
described is restricted within certain limits. There are
5 figures, 2 tables, and 6 references, 5 of which are Soviet.
ASSOCIATION: Inotitut metallurgii im. A. A. Baykova Akademii nauk SSSR i
Moskovskiy institut tavetnykh metallov i zolota im.1i. I. Ka-
linina(Institute of Metallurgy imeni A.A.Baykov AS USSR and
Moscow Institute for flonferroue Metals and Gold imeni M.I.Ka-
Ca-rd 2/2 linin)

5(L), 16M s ovj/76 - z~ 31
AUTHORS: Krestovnikor, A. N.,
TITLE: On the Theory of the Formation of Solid Solutions of Metallic
Systems (K teorii obrazovaniya tverdykh rastvorov metalliohes-
kikh sistem)
PERIODIC.~tL: Zhurnal fizichookoy khimii, 1959, Vol ')3, Nr 1, PP 78-62 (USSR)
ABSTRAM, Analyses of the phase diagrams of metallic systems which are
found in various publications show that, in most cases, the
heat resistance of the basic component decreases with the
addition of a second component. As these investigations will
be continued, the number of cases in which an increase in the
heat resistance of the basic component can be observed will
mount. A table with 68 examples of metallic systems is given
in which, by adding a metal component to the already existing
one, an increase in the heat resistance occurs. In orde-r to
evaluate the observations made, the electron-structure was
investigated and thus found that an increase in the heat
resistance of common metals at the dissolution of common or
transition metals in them can be expected only at negative
Card 1/2 values of the spatial factor. This applies to elements with a

SO-1/76-33-1 -13/45
On the Theory of the Formation of Solid Solutions of SYr>+t_-=fv
crystal lattice of the covalent type. Under certain conditions,
however, an increase in the heat resistance can occur UlSo at
positive values of the spatial factor. A stable temperature
resistance of the solid metallic solutions which should fcrr-
because of the interatomic binding forces betwoen the compononts
is not to be expected. From the experimental material ithich was
collected and systematized 2 patterns are mentioned in which
an increase of the heat resistance of the solid solutions is
to be expected. There is 1 table.
ASSOCIATION: Institut tsvetnykh metallov i zolota im. M. I. Kalinina
(institute for Non-Ferrous Metals and Gold imeni 11. 1. Kalinin)
SUBMITTED: June 16, 1957
Card 2/2

AUTHOMMgdorovich, V.141., A.U.,
TITLE: ~,licronarane6-6-',,Tcasurements in the Study of 3olid 3olutions
of the Three Com-.-,onent Systems (Isoledovaniye '-,vI-_,rdykh
rastvorov treklikomponentnoy sisteiiVf metuodom -,j'..-,,,cLvcr(_'osti)
PERILODICAL: lzvestija Allzademii Nauk S33R, Otdeleniyo T~;':hniehes:,I~ikh
Nauk, 195' *:, Nr 3, I)P 110-113 (US;`3R)
ABSTRACT: A series of Cu-Al., Cu-.Ti,) and Cu-Al-Ti alloys were pre-
pared for experiments, the aira of which ,,;as to establish
the ultimate solubility of Al and Ti in Cu and to i-Tivesti.ate
the dependence of the microhardness of a solid solution on
the composition of the alloys. Chan.-res in the miierohardness
with resnect to comrosi-I5*i,,jn and temDerature of Gu-Al and Cu-Ti
alloys allowed establishment of the most probable limit of
the solubility of Ti in Cu, the "Solidus" te.,2,)erature and the
limit of the solubility of a ternary solid soiution.
hardness versus com,losition curves confirmed a -_:)_-a-,.l_icated
structure of the solid solution in the tvio -)Iiaise s.,,rL;I'U-e.-2 - the
microhardness of such solid solutions -increa,:;ed Cs tiie com-
position of the alloy entered the Vao-phase ran-1. s
in the microhardness of a solid solution obtair.~.,d :Cr,:)7-i "he
study of one-phase and two-phase systems served 'L-I(j the
solubility isot_!-_,er.-,is and thus infor,-,ia~_'on ro-ard-
Card 1/3

,~7 0 1 U
Illicrohardness ffeasurements in t-h'o 3za( y Gf
J,
Three Component Systems.
in- the solubility of Al and Ti in Cu. Analyois of these
results has saown that the introducti~)n of Ti ess,:)ntially
increases the solubility of Al in 1"."u c,~pecially at 1-iE-nor
temperatures and the introduction of Al lowcr~, th,:~ solubility
of Ti in Cu. .-,Iardenin:-- of the solid solut-ion
ies the solubility of Al and Ti in Cu could be ).roduced to a
certain extent by a relative mutual solubility of thc .--o.'.17)on-
ents. This mutual solubility is govorned by the atomic struc-
ture, type, and the dimensions of the crystal la-u-tice of -the
component. As the solubility of Ti in Cu is acc-a~paniad by
a larger alteration of the crystal lattice than in the case
of the solubility of Al in Cu it is to be ex-pe,--ted that the
microhardness due to Ti W411 be greater than that due to Al
with respect to the same Cu cop-tent of an alloy. This %rias
confirmed ex-oe::,iiaentally and is in accordance witli theoretui-
cal interpretation. The introduction into tho Ictal lattice
of Cu (hir5-hly "po,,,ulated" by s-electrons) of a 'Gransit"Lon
metal, Ti (wiAch ha-- 3d sub-roup rot ~,o-npletcly -f-illed by
eiectrons) leads to extra stronger valency foroe,-, w".1ic'L-1. are
Card 2/3

L-licrohardness Measurements in the Study of Solid Solutions of the
Three C-cimponent Systems.
due to an "overlapping" of these s and d electrons. Thus
the addition2of' 1% Ti0(by weight) increases the -ai-crohardness
by 33 k.-m/mm wh reas the same addition of Al (b-,,, weight) by
only 12.4 k.-M/mm. The increase in the microhardness of the
studied alloys was found to be proportional and linear up to
the ultimate concentration. In the case of ternary solid
solutions the increase in the -.-aicrchardness was found to be
the sum total of the increases in the microhardness of the
corresponding binary solid solutions. There are 5 fiSures
and 8 references, all of the.-n Soviet.
ASSOCIATION: Institut ts-.,etnykh metallov i zolota im. 1I. I. Kalinina.
(Institute of Non-Ferrous f-Actals anti Gold im, M. I. Kalinin)
SUBMITTED: November 27, 1957.
Card 3/3 1. Llloys-Hiorohardnoiss-Zeter-inatiou

i 11

VYSHELISSKIT, A., VIGDORCHIK, D., GORDON, L., GROMOV. M.
Imported automatle sarety devIcs for gas burners* G&z.prome 5
no.2:54-56 F 160. (MIRA 13:6)
(Gas burners)
41
.0~

1-10) PHASE I BOOK EXPLDITATION 130V/2254
Nauchno-teknicheskoye obshchestvo energeticheskoy promyshlennosti Moskovskoye
pravleniye
ispollzovanlye gaza v promyshlennykh pechakh I kotellnykh ustanovkakh g.
Hookvy I Moskovskoy oblasti; materialy Moskovskogo nauchno-tekhnicheakogo
soveshchanlys, (Uti2ization of Gas in Industrial Purnaces and Boiler Units
In Moscow and Moscow Oblast'; Materials of the Moscow Scientific and
Technical Conference) Moscow, Gostoptekhizdat, 1959. 227 p. Errata slip
inserted, 5,000 copies printed.
Ed*; D. B. dinzburg, Doctor of Technical Sciences; Exec. Ed.: W. 1.
Stepanchenko; Tech. Ed.: A. S. Polosina.
FURNSE: This collection of articles is intended for speoiallstB engaged in
designing and operating gas units of industrial enterprises and electric
power plants,
COVE1LUM: The change- over in some industrial enterprises from solid and liquid
fuel to natural gas is discussed and further possibilities existing along
this line are exmined. Advantages of using natur&l gas as a source of energy
are outlined. Different gas burner systems, devices for automatic control -.
of the combustion process, structural features of furnaces operating on natural
card 1,4

Utilization of Gas in Industrial Furnaces (Cont.) SOV/2254
gas, gas-supply systens and the introduction of safety measures in the
construction and operation of gas units are described. The book contains
many diagrams of gas-supply systems and equipment. No personalities are
mentioned, One article is followed by references.
TABIE OF CUNTENTS:
Preface 3
Kolotyrkin, I. M. Present State and Prospects for Supplying Moscow Industrial
Enterprises and Electric Power Stations With Gas 5
Bokserman,, Yu. I. Development of the Soviet Gas Industry During the 1959-
1965 Period and the Supplying of Moscow With Gas 19
Strelltsov, N. N,, A. I. Belousov, N. M. Reznov, and A. Z. Rokhvarger.
Network for Supplying Gas to Industrial Enterprises 28
Stoyunin, 0. P. Gas Burners for Boilers and Industrial Furnaces Which Can
Use Moscow Town Gas 51
-Vi_O9rchjk,, . Ya. Automatic Regulation of Gas Combustion 69
Card 2/4

Utilization of Gas in industrial 1,1urntv!es S,OV/2254
Litvin,, G. Ye. Modem Gas Furnaces in the Machinery-manufacturing Industry 917
Chutskayeva, Ye. S. Comlastion of Natural Gas in Electric Power Stations of
the Mosenergo System 123
Ginzburg, D. B., and I. G. Slivinskiy. Utilization of Natural Gas at Glass
Plants 134
Gorodov, K. I., and B. M. Cherkinskiy. Experience in Using Gas for
Industrial Processes in the Textile Industry With the Utilization of
Secondary Sources of Heat 146
Dikerman, N. 1. Practices and Prospects for Using Gas in Enterprises of
the Moscow Building Materials Industry 169
Avraemov, G. A. Specific Features of the Utilization of Gaseous Fuel in
the Electrical Vacuum Industry and the Difference in Methods of Using
Manufactured Gas and Natural Gas 183
Baik, S. Ye. Trends in Developing Gas Utilization in Furnaces of Machinery-
manufacturing Plants 188
Card 3/4

Utilization of Gas in Industrial F'u=aces (Cont.) SOV/2254
Furman, I. Ya. Problems of the Economic Practicability of Utilizing Gas
in Industry 204
Dolotov, G. P., and Ye. A. Kondakov. Safe Utilization of Natural Gas in
the Machinery-manufacturing Plants 216
AVAILA=: TAbrary of Congress
Card 4/4
TM/Mg
10-5-59

V Kp D ; , 'Ifu ~ . - 1'~!ASANOV, Yu. I.
Tank truck for transp:)rting liquid gas on the chassl~~ cf i*-Ir:
130 trlirk. Gaz. pr,,)rr,. 9 no.12:18-21 164. It M. -7 FIA i i-? .. 3 1

Cablr~ty",~
io'.iltr. fcr
gag. Gaz, prom. .10 no.4:32-Jr. 165. 18:5)

I ~GDORCHIK _ A., inzh.
'If =:::==~ 14Y
Automatic control.of boilers operating with gas fuel.
.Bezop.truda v prom. 4 no-9:12-15 S 160. (MIRA 13:9)
1. Mougasproyekt.
(Boilers-Safety measures) (Automatic control)

VIGDOi,.CIIIF,p DoYao; IVANOVj V.P.
......
,New gas ranges for public eating est-ibliBhments. Gaz,prom. 6
DO a4:15-1.9 161, (MIRA 14:3)
(Stoves, Gas)

VIGDORCHIK, D.Ya.; SHLMkN, A.D.
Improvement of RD-32 and RD-50 pressure regulators. Gax.prom.
5 no.9:28-31 5 160. (MIRA 13:8)
(Gas distribution) (Pressure regulators)

PMKCPAYEV. N.7..; VIGD(RCHIK, D.Ta.;
,- ~nm
Calculatiag gem pipes for the
18-24 0 '56, (Gas pipes-)
MARTSINKOVSKIT, I.I.
ixterior of houses. Gaseprom.me.10:
(MIRA 9:10)

VIGDORCHIK, D.Ya-
Testing RD-32H and Rr-50M gaz governors. Gaz. prom. 6 no.6:
41-42 l61. (MIRA Ili: 9)
(Gas governors--Testing)

~r;ASKEVICH, Nikolay Lukich; MAYZE1,16, Fetr Borisovich;
,VIGDORCHIK, Dariy Yakovlevich; BIRYUKOV, V.K., nauchn.
red.; FEDOTOVA, M.T., ved. red.
[Handbook on liquefied hydrocarbon gases] Spravochnik po
szhizhenrpjm uglevodorodnym gazam. Leningrad, Redra, 19 U.
5.15 P. (MIRA 17:7)

VIG',DORCUIKp-David-lak.oylayic4 MAYZELIS, Petr Borisovich; FRBOBRAZIRISKIY,
N.I.., nauchnyy red.; ERUSKIII, D.M., ved. red.; YASHICEW211DISKAYA,
A.B., tekhn. red.
[Gas-burner systems for burning liquefied gaa)Gazogorelochnyo
ustroietva dlia szhignniia szhizhennogo gaza. Leningrad, Goa-
toptekhizdat, 1962. 120 p. (MIRA 15:9)
(Liquefied petroleum gas) (Gas burners)

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VIGDORCHIK, I.M., kand.fiz.--matemnauk, dotBent
Obtaining a series of electric fields with different poLarity
by means of ultrasonic waves and their application for the
generation of electromagnetic waves. Trud7 MINT no.41:68-73
161. (I-IM 15:2)
(Electric fields)
(Ultrasom' c waves)
(Electromagnetic waves)

21037
(r&lrd /Oxx)
AUTHOR: Vigdorchik, I.M.
1/10
s/'b5ri)b00/'0O5/t4,; rO
AOO 1/ 10 1
T=: On the problem of htating the cathode in a magnetron
PERIODICAL: Refera-.-.Ivnyy zhurnal. Fizika, no 5, 1961, 371-372, abstract 5Zh394
("Tr. Kharkovsk. in,ta inzh. zh.-d. transp.", 1959, no 35, 146-P8)
TEXT: The author makes an attempt to determine theoretically the contri-
bution of positive ions to the phenomenon of cathode heating in magnetrons with
small and large ratios of cathode radius to thatof anode ro/ra- The author
derives,expressions for the magnitude of ion current, generated in the interelec-
trode gap,at the expense of ionization of residual gas by electrons, and Xor the
power dissipated by thts iQn current on the cathode. It is assumed that all ions
formed gQ to the cathode because of the smallness of their deflection in the mag-
netic field; recombination processes are,not laken into account. A comparison-
of quantitative results of theoretical calculations with experimental data shows
that the degree of cathode heating, In case of rdz%a