SCIENTIFIC ABSTRACT VAGNER, R.I. - VAGNER, V.V.

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• Collection: Scientific Abstracts
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• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

VAGNER, R.I.
Complications appearing during Crile's operationp their prevertion
and treatment. Trudy Inst.onk.AMN SSSR no.4913-26 162.
(MIRA 15:9)
(LYMPHATICS-SURGERY)
(NECK-CANCER)

SAUFAREVAP N. K. (Leningrad, C-124, ul. Krasnykh Tekstillshchikov,
d. 3/10, kv. 5); YAgI14% R. I.
Freacalene biopsy in cancer of the lung. Grud. khir. 4 no.3:
22-26 1~y-Je '62. (MMA 15:7)
1. Iz 2-go khirurgicheakogo otdoleniya (zav. - chlen-korrespon-
dent AMN SSSR prof. A. I. Rakov) Instituta onkologii (dir. -
deyotvitellnyy chlen AM? SSSR prof. A. I. Serebrov) AM11 SSSR.
(LUTIGS-CANCER) (CHEST-BIOPSY)

VAGNER R.I. (Laningrad,pr.Engelisa,d.28,kv.98)
Technic fqr the excision of cervical IMh nodes. Vest.khir.
89 no.926W S 162, (KMA 15--12)
1. Iz 2-go khirurgicheek6go otdelerii!* (sav. - Prof. A.I.Rakov)
Instituta onkologii (dir. - prof. A.I.Serebrov) ANN SSSR.
(NECK--SURGERY) (LYKPHATICS~SURGERY)

MAIR I I N.. N.D. t_-VAURER, ~.. I,
Use of hem1rhiamine-induced sleep for bronchoscopy izi pa'ALIE-rits
with hing cancer. Vop. onk. ]-I no.12.9-14 165.
(14IRA 19, 1)
1. Iz 11 khirurgIcbeqkogo otdr-lenlya (zav. - chlon-korrespondent
AMIN SSSR prof. A.!. Fakov) InstItuta onkojogii A11,21 SSSR (Dir. -
deystvitellnyy chlen AMIJ SSS% zeisluzhennyy deyatell nauki RSFSR
prof. A.1. Serebrov).

TrYVF-L1, Kh.A. [Tiivel, H.1; VAGNER, R.I.
Scope of operative intervention In so-called lateral aberrant
strumas. Vop. onk. 11 no.7:94-100 '65. (MIRA l8t9)
1. Is I khirurgicheekogo otdeleniya (zav.- chlen-korresbondent
AMN SSSR prof. S.A. Kholdin) 1 11 khlrurgicheakogo otdeisniya
(zav.- chlen-korrespondent AMN SSSR prof. A.I. Pakoy) Instituta
onkologii AM11 SSSR (dir.- deyetvitellnyy chlen AMN SSSR prof.
A.I. Serebrov).

MMM, R.Meq I,-nd- biol. nanko'
I ..
Creation of a specific serum Agairk t the mosaic Tirms of winter
whealk. Bokl. Akad. ueltkhoz,' 22 no,'l2z20-21 157. (XIMA Ilt4)
1, Mosimyokaya stantelya sashchity raotenlyfi
(Mosaic disease) (Wheat -Disease is and pests)

/rL7 IV
RUMANIA/Cultivated Plants. Fruits. Berries. M
Abe Jour: Ref Zhur-Biologiya, ?TO 5, 1958, 20495-
Author :
Inst Not given
Title The Apricot Crop in the District of Aiud- (Kul'-Alra abri-
kosa v rayone Ayud)-
Orig Pub; Gradina, via #i live4a, 1957, 6, No 4, 7~-79-
Abstraqt: The soil and clinatic peculiarities of tht~t district of
Ayud (RNR) and the conditions for raising apxril~ots are
treated. The best stock for apricots is the local red
plum which in distinction to the alycha plum (Prunus
divaricata) and the ungrafted apricot is eia--aate-rized
by its slaw growth, late blossoming (thanks to which the
-a), good grafting
trees are not subject to the late frost
coalescing, and long life (from 30-35 years). Aside
Card 1/2

RMNiA/Cultivated Plants. Fruits. Berries. M
Abs Jour: Ref Zhur-Biol-, No 5, 1958, 2D495-
frox this) the trees grafted on the local plum are hardier
in relation to withering and less senviti~,e to the sharp
temperature variations during the winter season.
Card : 2/2

CZECHOSLOVAKIf./Electronics - Electron Fadiation Tubcs H-6
Abs Jour : Ref Zhur - Fizika, No 8,, 1958; No 18433
Author : Holy Bohumil., Yj~~
Inst : Higher Institute for Vacuum Electronics, Prague, Czechoslovak! a
Title : Kvantikon 41ZV40.
Orig Pub : Slaboproudy obzor, 1957, 18, No 12, 855-~57
Abstract : A description of the operating principle, arrangement,
technology of manufacture, and properties of a transmitting
television tube "Kvantikon 41ZV40" (of Czechoslovak rmnufac-
ture) with a semiconductor recelting element. It's operatirg
characteristics are given and the time delay is analyzed in
detail. Bibliography., 7 titles.
Card 1/1

VAGIN, S.B.
1~ ~- =rs--in Kesozoic sediments of the Astrakhan oil- and gas--
bearing province. Izv. v7s. ucheb. zav.; neft' i gaz 2 no.5:
7-14 '59- (MIRA 12:8)
1.Moskovskiy institut neftekhimicheeko7 I gazovoy prom7shlennosti
im. akademika I.M. Gibkina.
(Astrakhan Province--Oil field brines)

'- VAGNER, S.D.; KAGAN, Tu.M.; PIM', V.I.
Doterminatibn of plasm parameters by the double probe method. Test.
Len.un.11 no.22:75-78 156. (XLU 10:2)
(Blectric discharges through gases) (BlectronB)

c;
S/058,/6-
~k 1 2J10 Aoo I 1A.-C, I
Translation from: Referativnyy zhurnal, Fizlka, 1960, No_ il, p. 316, 305;52
AUTHOR: Vagner, S,D.
--- Wm*"
TITLE: On a Connection Between the Ionic and Electronic Concentrations
and Currents Towards the Probe In the Electric Discharge Plasma in
a Binary Gas Mixture
PERIODICAL: Uch.zap. Petrozavodskogo un-ta, 1957 ~1958) Vol. ;.-, No. 4, pp,
129-131
TEXT: A way is proposed of determining the Ionic concentrations of Indi-
vidual components of a binary mixture by the r-robe method, which is applicable
In case of considerable difference between the masses of tons, The concentration
of electrons and electronic current towards the probe at, space potential are de-
termined from the probe characteristic to find tile ionic ejncen-_ratlon; the ra-
tio of the layer area around the prcte to he prote area is determined from the
If generalized 3/2-law" for binary mixtures.. By the methcd de=criced were measured
the concentrations of Ions in the positive d1scharge column In a noor-mer-r-ary
mixture. At the oressure of mercury vapor being 1xIC-3 rruri Hg arid thal. oft' neor.
Card 1/2

Pj 7 2, I-A
S/(,58/(-J0/UCK)/Oi
AOO 1 I/AOO I
On a Connection Between the Tonlo and Elo.--!ronic Concentratlonj and Cu,:-,,-,~n!~
wards the Probe in the Electric Discharge Plasma In a Binary uas Mixture
being 0.75 mm Hg. only mercury Ions are practically present in the plasma.
the increased neon pressure up to I - 3 -mm Hg, the concentration of neon Ions
amounts to 20 - 25 % of the total ionic concentratl-on.,
ASSOCIATION- Petr*ozavodskiy un-t (Petrozavodsk University)
G.3. Solntscv
Translator's note- This is the full trandation of the original Rassia4n abstract.
Card 2/2

AUTHORS: Vagner, S.D. , Kagan, YUJI. , Romarova, Xe.V. 54- 10 - 2- 4/
TITLE: The-"TEM~nce af . A Magnetic Flold Upon a 1!1~;h
aniye magnitnogo polya ra
Frequency Discharge (Vli
,vysokochastotnyy raz:
~
PERIODICAL: Seriya fjz'jki-,j,
Ventnik Leningradskogo Universitet&
,
khimll; 1958, Vol. IQ Nr 2 , pp. 15-17 (USSR)
ABSTRACT: For the determination of the plasma parameterz of a highfro(ju,.,.ocy
discharge the trio-probe method (Refs 1,2,3) mas develop,~d. Ted.-3
improved method was employed by the authors for measuring the
plasms. parameters of a highfrequency discharge in a weak. =q7zet~-c
field. The dependence of the temperature of the electron gas T~,
and of the concentration of the charged particles r. on. the curr-~2%-
in the solenoid is shown (table 11). Te and n are ftv-erage quant4x-
ties obtained from a number of measurements and agr-,,- well vatr;
each other. The T values were determined by the methods aesor-!'tel
in former papers ~Refs 1 2). The results obtained by the t,,,.o
methods are, practically, in agreement. The second method makes
it possible to judge the presence of a Maxwell electron distri-
Cartl 1/2 bution according to velocities. The characteristics worked out

4
The Influence of a Magnetic Field Upon
a High Frequency Discharge
by this method sho-wed that in the p lasin a htgW1'req-u(-r-tcy Jil~-
charge the electrons retain litaxwell's vAo4ty distribOAcii i-it,,;o
in the presence of a weak magnetic fied. It may be seen frrra ~n,~
table that the temperature of the electron gat; T, drops -i littlf~
with an rmplification of the magnetic field. The concenU,a t - un of'
the charged particles on the tube axiq.,increases ."ith arrpilfica-
tion of the magnetic fiela from 0-50 Atsted by about 12 time.:i
amount. As already mentioned, the temrerature val%r!s of the
tron gas obtained by means of tb- Lao-orobe method are detery--ined
by the distribution of the f-c'. .1c-ctron groups accorling I.%)
locities. This distribution nt- -1 ;trt agree that of more
inert electrons, which are dealt iAth by Langnuir'z prSbe- rrseth.3d
There are 1 figure, I table, aji-I 7 refererw~-s, 5 of
Soviet.
SUBMITTED: July 7, 1956
AVAILABLE- Library of Congress
Card 2/2 1. High frequency discharges-.Magnetic factors

a. V.
Yu.M.; ROWOVA# Y
Effect of a magnetic field on high frequency
Inglish]. Test. rM 13 no.10r15-17 158.
(Magnetic fields)
(Ilectria discharges throvjh
[with summary in
(KM 11:6)
gases)

24(6)
AUTHOR: Vagner, S. D. SOV/57-58-12-14/15
TITLE: _61--the Paper by V. I. Tverdokhlebov "Relation Between the
Langmuir Method of Probe Characteristics and the Two-Probe
Method in the Determination of Electron Temperature"(Ref 1)
(Po povodu stat'i V. I. Tverdokhlebova "Svyazl v opredelenil.
elektronnoy temperatury mezhdu metodom zondovykh kharakter-
istik Lengmyura i metodom dvukh zond")
,4f--
PERIODICAL: Zhurnal tekhnicheskoy fiziki, 1958, Nr 12, pp 2739-2740 (U3SR)
ABSTRACT: This is a letter to the editor. A number of errors in the
derivation of formula (7) from formula (6) is shown. The
formula established by Biberman and Panin is derived. There
is I Soviet reference.
ASSOCIATION: Karellskiy pedagogicheskiy institut,Petrozavodsk (KarellskiY
Pedagogical Institute,Petrozavodsk)
SUBMITTED: June 12, 1957
Card 1/1

24'.3000
75 5
AUTHOR: Vavilin, Ye. I., Vagner, S. D., and Drtikman, h. M.
TITLE: Characteristics of a High-Frequency Mercury Discharge
in a Constant Magnetic Field
PERIODICAL: Zhurnal telchnicheskoy fiziki, 1959, Vol 29, Nr 10, pp
1263-1270 (-USSR)
ABSTRACT: The paper gives the results of an experimental study of
the effect of a longitudinal constant magnetic field on
a high-frea 'uency mercury discharge. The same two-probe
method is used as that employed by all other investi-
gators, and the results obtained are compared with
those obtained by the optical photometric method. The
latter method consisted in measuring the intensity of
the 4916A line when the magnetic field is on, and
when it is switched off, 'The freqUency is 7.5 mega-
cycles, and the voltage is measured with an electro-
static voltmeter connected to a capacitive divider.
Card 1/3 The spectrometer is of the PS _2 (1rC-2) type set

Characteristics of a High-Frequency Mercury '(5335
Discharge in a Constant Magnetic Field SO-VI57-29-10-12118
longitudinally with the chamber. A ten-step reducer
recorded the intensity marks. The magnetic field
intensity varied between 0 and 68 oersteds, and the
mercury ga3s pressure varied between 0.5 x lo-3 and
8.9 x 10--) mm Jig. The results have shown that the
electronic temperature drops with tile increase in the
intensity of the magnetic field and with the decrease
in mercury gas pressure. As the magnetic field
intensity increases, so also increases tile concentra-
tion of charged particles over the ent1re cross section
of the tube. The concentration reaches its maximum
at a gas pressure at which the electron mean free
path is much greater than their mean Larmor radii,
whether or not the magnetic field is oil. When there
Is no magnetic field the density of tile ga3 current
at the walls of the tube is not affected by changes
in pressure; just as soon, however, as tile field is
switched on, the Cas density sharply increases. The
Card 2/3 magnetic field also decreases the transverse electrical

Characteristics of a High-Frequency Mercury 75335
Discharge in a Constant Magnetic Field
ASSOCIATION:
field, at all gas pressures. It was noticed I-fiat there
are two types of discharges, a "woak" and a "strong" dis-
charge; these two words are placed In quotation marks
by the authors. The passage from one type of discharge
into another is sudden. The "strong" discharge is
more luminous, and it has higher conductivity and
reater concentration of charged partlcles than the
weak" discharge. As the intensity of the magnetic
field increases, the "weak" discharge suddenly changes
into a "strong" one. There are 3 tables; 5 figures; and
11 references, 8 Soviet, 2 U.S., 1 U.K. The U.S. and
U.K. references are: Davies, L. W., Proc. Phys. Soc.,
B66, Nr 397, 33, 1953; Johnson, E., and Maltcr, L.,
Phys. Rev., 80, 58, 1950; Guthrie, A., Wakerling, R.,
The Characteristics of Electrical Discharges in
Magnetic Fields, 1949.
Petrqzavodsk2~~.StW,,~ Uni-Versity
(Petrozavodsk-iy gosudar-
stvennyy universitet)
SUBMITTED: November 15, 1958 Card 3/3

VAGNER, S.D.; VANICHKOVAp H.I.
Effect of a constant longitudinal magnetic field on a high-frequency
discharge in mercury. Zhur,tekh.fize 29 no.l2zl47.5--1477 D 159.
(Km 14,6)
1e Petrozavodakiy gosudarstvennyy universitet.
(Electric discharges through gasee) (Magnati's fields)

AUTHORS:
TITLE:
PERIODICAL:
84445
S/057/60/030/00VOIO/021
B010054
Vavilin, Ye. Vagner, S. D., Lanenkinat V. K., and
Mitrofanova, S.
An Investigation of the
blercury - Neon Mixture
PoolLive DlochargolLlumn ill it
Zhurnal tekhnicheakoy fiziki, 1960, Vol. 30, No. 9,
pp. io64-1o66
TEXT: The authors studied the ion distribution of the mixture
components; the measurements were made with probes. The methods and the
theory of ion currents^ybn the probes had been developed previously
(Refs- 3,4, and 5). Two formulas are given for the relative ion
concentrations of the components of a binary gas mixture. Fig. 1 shows
the discharge tube. The results are graphically shown in Fig. 2. It
appears that considerable quantities of Ne and Eg ions are present on the
cathode side of the positive column. As ionization leads to a decrease in
Hg in the anode region, and the relative neon and mercury contents are
Card 1/2

84445
An Investigation of the Positive Discharge 5/057/60/030/009/010/021
Column in a Mercury - Neon Mixture B019 B054
equal on the cathode side of the tube, the ionization of neon is
considerable, irrespective of the low ionization potential of Hg.
Variations in the discharge current do not change this result. There are
2 figures and 6 references: 2 Soviet, I German, and 2 US.
ASSOCIATION: Petrozavodskiy gosudarstvenn~yy universitet (Petrozavodsk
State University)
SUBMITTED: November 16, 1959
Card 2/2

3/194/62/000/007/120/160
D271/D308
AUTHORS: Vagner, S.D.$ and Verolaynent Ya.F.
TITLE: AC component of the electric field in HF discha*rge
plasma
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 7, 1962, abstract 7zh383 (Udh. zap. Karel'sk. ped.
in-tt 1961, v. 11; no. 1, 69 - 74)
TEXT: HP field strength in discharge plasma in Hg and Hg-He vapor
was measured using tN'Vo probes. The probes were scaled in a ground
joint situated in the center of the discharge tube, and could be
directed orthogonally'to or along the field. Electron temperature,-,
concentration of charged particles and HF field strength were oe-
termined from the corm of the two-probe characteristics, for these
two positions. The voltage frequency applied to external electrodes
was 7 1,11c/s for discharges in Hg vapor and 8 Mc/s for the 11g-He mi*.
ture. Pl.asma regions were moved towards the probe by changing the
position of eleptrQdess Measurement results showed that field
strength in the center does not exceed 3 Vlem in the case of a weak
Card 1/2

I S/194/62/000/007/120/160
AC component of the electric field D271/D308
discharge in Hg vapor, at the pressurq of 3.10-4 mm, Hg. Approaching*
to electrodes, field strength increases up to 15.8 V/cm and elec-
tron temDerature reaches 640000K. In the case of a strong discharge
in Hg vapor, field strength in the'dideharge beam is low and the
main part of AC-voltage occurs in discharge regions situated between
beam and electrodes* Concentration of charged particles and elec-
tron temperatur6 are higher in the nat *row part of the plasma than
in the center. When helium is addud to Hg vapor, the AC component
of-field strength in the center increases to 5.9 V/cm; the dischar-
ge has in this case the form of a stron beam (but without pinchine)
in regions adjacent to the electrodes. fAbstracterle note: Complete
translation.]
Card 2/2

S/194/62/000/007/114/160
D271/D308
AUTHORS: Vagner,-S.D., Yelesova, T.D., and Yaskelyaynen, P.S.
TITLE: Optical properties of a positive DC discharge column
in helium
PERIODICj'J,: Referativnyy zhurnal. Avtomatika i radioelektronikat
no. 7, 1962, 54t abstract 7zh366 (Uchj)zap. Karel'sk,
ped. ~~i-t, 1961, v. 11, no-. 1, 75 - 8
1. k
TEXT: Relative intensities of 10 He lines were measured in a pres-,
sure range of 0.12 -'.0-74 mm 11g, at various values of the discharg4
current. Blectrical'P'arameters of plasma were simultaneously meaBu_,'
red usinE probes. Intensity was measured photographically by means-
of two characteristic curves. The ion part of the characteristic
and the initial section of the'electron part were utilized in the
.~Lnalysis of probe characteristics; Maxwellian electron velocity
distribution vas assumedo Electron temperature was determined from.-;
the graph, showing the dependence of logarithm of the common probe
current derivative on the anode - probe voltage. In the case of a
large photocurrent from the probe surface, the concentration of
Card 172

S/194/62/000/007/114/160
Optical properties of a positive D271/D308
charged particles has exar-gerated,.values when determined from the
ion part of the characteristic. Comparison of concentration values
determined from the ion and electron parts of characteristic shows,
however, that photoeffect can be neglected, Results of measurements
indicate that the intensitiec of all investigated lines Increase
with discharge current. At large pressures a saturation effect is
observed explicable by the drop in electron temperature. The agree-
ment between calculated and experimental values of relative intensi-,
ties shows that disactivation of excited levels ie caused mainly by
collisions between excited atoms and electrons, and,by collisions
between excited and normal atoms leading to the formation of mole-
cular ions. 15 references. (Abstracter's note: Complete transla-
tion.]
Card 2/2

20927
5/0-Z 61/oxi/0013/011/019
.2 6, ~,o B125YB209 -
AUTHORSi yagner,. S. D., Zudov, A. I., Khakhayev; A, D.
TITLEt Electrical propertioa of a high-frequency dischArge ifi argon
and potassium vapor in a constant magnetic field
PERIODICALi Zhurnal tekhnicheskoy fiziki, v. 31, no. 3, 1961, 336-342
TEM The authors investigated the effect of a magnetic field upon the
electrical parameters of a h-f d-..scharge in argon and potassium vapor at
various pressures, The plasma parameters were examined by a two-probe
method. Under the conditions set in this study, the variable difference
of the potentials between the plasma regions adjacent to the probes need
not be taken into consideration, The discharge tube, which is supplied
from a generator, is depicted in Fig. 1. The discharge in argon took
place at 4.1 Mo/sec, and that in potassium vapor at 7-5 Mc/sec. The
magnetic field was generated by aingle-layer solenoids. Results of the
.MeaBurementss Tableal and 2 contain the electron temperatures for argon
and potassium as depending on pressure and magnetic field strength. The
electron temperature decreases, particularly at low temperatures, when a
Card 1/v
I

20927
5/05 61/031/003/011/019
Electrical properties of a... B125YB209
magnetic field is applied. The electron temperature seems to be largely
determined by processes occurring outside the gas. The measurements made
by the authors indirectly prove the hypothesis of J~ Salmon (Ann.de Phys.,
2,827,1957) that in h-f discharges at low pressure, electrons are generated
by secondary omission from glass. When no magnetic field is present, the
concentration of charged particles in potassium and argon increases
monotonically with pressure. At all pressures, a magnetic field increases
the concentration of charged particles, for the magnetic field prevents
the migration of charged particles to the walls and, thus; prolongs the
average time for which an electron remains in the discharge. This again
raises ionization. One of the factore favoring equilibrium is the decrease
in electron temperature, and another is the rise in density of the current
flowing to the wall. These facts speak in favor of a considerable in-
crease in concentration of charged particles over the entire cross section
of the tuber After a magnetic field has been applied; the concentration of
charged particles no longer depends monotonically on pressure. The reduced
effect of a magnetic field upon the discharge at high pressures is due to
the fact that the mean free paths of the electrons and the radii of their
Larmor frequency are of the same order of magnitude- In the case of argon,
Card 2/11

20927
S/057/61/031/003/011/019
Electrical properties of a.... B125/B209
the second maximum is related to layers appearing at these pressures. At
several values of pressure, two types of h-f discharge in mercury vapor
may be observed under equal conditions. In the absence of a magnetic
field, the discharge with higher concentration of charged particles on the
tube axis and with higher radiation intensity was called "strong", and
the otherone "weak". The discharge in a magnetic field is called strong
or weak, depending on the form it assumes when the field strength is oon-
stantly reduced to zero. Application of a magnetic field sometimes cause4
a weak discharge to go over into a strong one which was conserved even if
the magnetic field was turned off. In potassium vapor and argon, both
types of discharge appeared at certain pressures, even with otherwise equal
conditions. Figs. 2 and 3 illustrate the results of measurements for a
"strong" discharge. In mercury and argon, a magnetic field in the range
where both types of discharge are observed has a much weaker effect upon
a "strong" than upon a "weak" discharge. The optical properties, too,
change considerably on transition from a "weak" to a "strong" discharge.
Tables 3 and 4 and Fig- 4 illustrate the dependence of the plasma para-
meters on the magnetic field strength. The authors thank L. Virolaynen
and L. Gryzunova for their assistance ih the measurements. There are
Card 3/11

20927
5/05~/61/031/003/011/019
Electrical properties of a ... B125 B209
6 Soviet-bloc and 6 non-Soviet-
4 figures, 4 tables, and 12 referencess i
bloc. The reference to the English-language publication reads as followsi
K. Yamamoto a.T.Okuda, Journ.Phys.Soo.Japan,11,no.1,. 1956.
ASSOCIATIONt Petrozavodskiy gosudarstvennyy universitet (Petrozavodsk
State University)
SUBMITTEDs March 21, 1960
n!
10
360
Pffe. 1.
Fig. I
Card 4/11

L 2307-6 EWT,(l)/ETC'/EPF(n)-2/M(zn)/"-'P'A (w) -2 UP(c) AT
ACCESSION NUR: AP50201730 UlVO057/61i/035/006/1423/142'?
,4y, sl~' 70
AupiOw V%nerj S. D.; Krylovp N, At 6
q B
T ITIX, Influence of 6 magnetic field on the parameters of a high frequency din-
ch arge
SOUWF.: Zhurnal toklinicheskoy fizikl, v. 35, no, 8, 1965, 1423-1427
TOPIC TAGS: discharge plaimn, high frequency discharge, argon, neon, plasma in-
stnbility, longitudinal magnetic field, electron tompernture, electric discharge
ionization, plasma diffusion
ABSTRWr: The authors have investigated with probes the plasma of a high-fre-
quancy discharge In a longitudinal magnetic field in order to determine whether
there occurs anomalous diffusion analogous to that observed in dc discharge plns-
mas (13.Lehnort, Nuovo cimento, Suppl. 13, Hooll 59, 1959). Similarly directed
investigations of several other authors are mentioned and that of R.Goller (Phyfi,
Rev. Let., 9, 248, 1962) is criticized; Geller is said not to have tak-3n Into ac-
count the thickness of the space charge layer at the probe and Its variation with
magnetic field strength. The discharges were excited in 25 cm long 2.5-3 cm dis-
Card 1/3

, 2307-66
ACCL9SION MR: APS020730
motor molybdenum glass tubes by external rlng electrodes connected to n 4.2 Mc/sec
oscillator. Each discharge tube contained two 4 mm long 0.2 mm diameter cylindri-
cal t1robas on the axis aild two 4.5 mm diameter plane probes diametrically opposite
onch other at the wall.. The tubes were filled with argon at 0.01 or 0.05 mm fig or
with ileoij at 0.02 or 0*04 mm fig, and the longitudinal magnetic field was varied
from 0 to 500 Oe. The electron temperature, tho mann ionization frequency per
electron, ruid the rndial electric field strength derreasoxI with increasing magne-
tic field strength at low magnetic field strengths, and increased with increasing
mnGrnotic field strength at magnetic field strengths above a certain critlenl value.
IThe critical magnotic fAold strength incronspol with Increasing gas pressure. Ali
increase in the low frequency (1-100 he/sec) noAso in tbo probe circuit wa!; ob-
served at magnetic field strengths above tile critical value. The ionization fre-
lquenciag calculated from the measuied electron temperatures were in reasonable
agreement with the meaqured values except for tile heavy discharge in argon; in
this case the calculated ionization frequency was some two orders ot magnitude
greater than the measured. It in suggested that this may be due to escape of
charged particles In tile axial direction. The behavior of the plasmas above tile
critical longitudinal magnetic field strength indicates the presence of anomalous
losses. These losses are ascribed to an instability, the nature of which is not
Card 2/3

M
L 2307-66
ACCESSION HURs AP5C20730
entirely clear. The theory of the instability of a dc discharge plasma (B.D.
Kadomtsev awl A.W.Hedospasov, J. Nuclear Energy, 11 230plOGO) to not directly ap-
plicable. "in conclusion, the authors titan V. Khrustalev for assistance In per-
forming the measurements." Orig. art. has: 0 tiaturew__""
ASSOCIATION: Karel'skly pedagogicheakiy irwtitut, Petrozavocink (Kareliall red
W-n-
gical Institute)
SUMMED: 310eW
HR R9F SM 003
UUM: 00
M11911: 004
sun CCDH! MR
Card

USH&HrMIT, M., insh.; VAGMM, V., inzh.
Uperimental large-pawl house built of kerazzit-concrete
details. Zhil.stroi. no.8:10-12 '60. (HIU 13:8)
(Novokuybyehnvok-Apartmont houses)

STUCHLIK, H.; VAGNEII. Vl., Inz,
Emergency water treatment plant. Vodni hosp 13 no.lil5-17 163.
1. Zavod pro upravu vody, Praha.

KOLOTILOVA, A.I.; KORGVKIN, B.F.; LYZLOVA, S.N.; VAGNER, V.X.; VASILFA0..
E.T.; DZUTSOV, N.K.
Free ribonucleotides and the activity of some enzymes of the
pentose pho8phate cycle in the heart mu8cle in experimental
nyocardial infaraction. Biokhimiia 28 no.ljll3-121 Ja-F 163.
(MIRA 16:4)
1. Chair of Biochemistry, State Universi%and Biochemical
Laboratory, District Military Hospital.. Uningrad.
(HEART-INFARCTION) (NUCIZOTIDES)
(FENTOSE PHOSPHATES)

IIAGNER,, _V.K.; KOLOTILOVA, A.I.; KOPOVKIN, B.F.
Blood ser-um transketclase reaction in --(ocard4.a2 infarct.
I
10 no,2:158--163 Mr-Ap 164. (" RA 2.8 - 1)
1. Chair of Biochemistry of the A.A.Zhdanov Statt- University Leningrad.

VAG!ffP. .4 V . K .
I - A F-
",t1idy c," the dehydrogenase acta-fiV rf P~ntcs'~ - cy? 1
in the b*ood ser-am in scmF~ --uses r~f pathology. VHat. W-* ;,0 no.':
73-73 10 5. OUT-1-th 28:2)

KOLOTILOVAP A.I.; LYZLOVAI S.N.; VAGNIF'.. $ V.K.-, KOROVQN9 F~.F.
Sow blocheTrIcal changes in '.he myocard�um and ~hv bl--cd
at an early stage of experimental myocardial Infarct.
Vop.med.khim. 11 no.5j7O-74 S-0 165.
MR4 193111
1. Leningradskiy gosudarstvennyy un---versltet irrieni li.A.Zhdanova.
'jubmitted May 25, 1964.

RIGIM, L. (Rieger, Ludislav] (deceased]; VAqgp, -_V.N.Ctranalatorl;
TAXUSOV, A.A., red.; ICHARIKOVWTA, E.M., teO~a.red.
[Introduction to the cosmology] Vvedenie v kosmologliu.
Moskva, Izd-vo inostr.lit-ry, 1959. 127 P, (HIM 12t10)
(cosmology)

r t
P"

`-t 7~7
w
OT I'M TJL~Ty

-e -r L I
Atnd- s"-
tog
WE
191
Ififf
--
(lei

4pff-m- ~9-

i
I , -. ; ! . I I I I -

SIIJCIfLIK, H. ; VAGUM, V1. f inz.
Two-layer filtration using diatomaceous earth. VodnI hosp 15
no.4:159-160 165.
1. ZavO4 pro upravu vody, Prague.
I

itUr;
f L4
41 -- 'y- r. r, r 3;
rA.,
Source: Mathematioal aeviaws, Vol 1~ 'NO

t -fz
TEI

the

V. PA 2(jTl)t
Jan 1947
Me Gecmetrlaal Interpretation'of the Extreme Planes
of..1agrang6's Problem for Multiple Integrals," V.
Yagner, 4 pp
"Wk Ak Nauk SSSR" Vol LV, No 2
Nesented by A. N. Kolmogorov 17 Jul 1946. Purely
mthenatical discussion with formulae and the method
of their derivation. It can be demanstrated that
Ahe normal or slightly abn6rmal extreme plane of
AikgrangOs Froblem.for Maltiple Integrals coincides
'~vllth admissable planes, which can"be fitted trans-
jvArsally so that they beacme the zero mean of a
a*-vs. In the event of normal extreme planes this
tran"Or" .fIttUW "n appear an Identical.
OOT14

R Vladimir.9, inz.
Botching of chemicals in water stations, Vodni hoop 13 no,3:98-
loo 63.
1, Zavod pro upravu vodyv PraMo

LINDBERG, G.U.; SHCHNDRINA, Z.G.; DOGICLI, V.A.; RESHITHYAK. Y.Y.; STRILKOV,
A.A.; KOLTUN, Y.M.; HATACY, D.V.; IVAIJOV, A.Y.; BTKHOVSKIT, B.Te.
ZHUXOV, Tej.; PERGAMEW, T.S.; KOWTUVICH, V.S.; USH&KOV, F.T.:
KLYUGS, G.A.; AIMSOVA. Te.I.; GOSTIWVSKAYA, M.G.; BRODSKIT, K.A.;
G[JS1V, A.Vj; TAPASOV, N.I.; GURIYA11)VA. Te.F.; VAGIN, V.L.;_
LOMAKINA, N.B.; BULYCHIVA, A.I.; KOBTAKOVA, Z.I.; LOZIND-LOZINSKIY.
L.K.; TkKOYLEVA, A.M.; GkLKIN, Yii.I.; 9KARIATO, O.A.;
AKIKJSHKIN, I.I.; DITAKONOV. A.M.: BARANDVA, Z.I.; SAVBLITWA, T.S.;
SKALKIN, V.A.
List of the fauna of marine waters of southern Sakhalin and
southern Kuriles. Issl.dallnevost.mor.SSSR no.6:173-256 159.
(MIPA 13:3)
1. Zoologicheekly institut LN SSSR.
(Sakhalin--Marine fauna)
(Kurile IslAndg-Aarine fauna)

VAGNERY MI.
.(4ra-.-llc strictures of the Votk;n , "
jje,,r project solutions of the !I- I
Hydroelectric Power Station. Tr:ldy Lenj7ldroproektaa no.1:90-102
164- (KIRA 18: 10)

eul) -
dillior w:;d ilulicatriL cf tLi~:
[KIIIII In a
",7
W409

VAGNER, V. V.
Calculus of Variations
Theory of a fle-Id' of local conical surfac-,s in X and ilr, applica'Al-m to t~, c--.lculus
of variations and the tleor7 of partial differential eqwAiuns. rruJ,?, 'po vekt.
i tenz. anal. No. 6, 1948.
9. Monthl List of Russian Accessions, Library of Congress, June 1953, Uncl.

1. VAGNER., V. V.
2. USSR (600)
4. Physics and Mathematics
7. Fundamentals of the Theory of Algebraic Invariants, 0. B. Ourevich.
(Moscow-Leningrad, State Technical Press, 1948). Reviewed by V. V. Vagner,
Sov. Kniga, No. 10, 1948.
9. OD Report U-3081, 16 Jan. 1953, Unclassified.

-YLGTrH~,-VIktor Vladimirovich
.-I -----
"The Theory of Differential Objects and the Principles of Differential Geometry: in
the book by Veblen, 0. and Whitehead, J., Oanovaniya differeatiallnoy geometrii
(The Principles of Differential Geometry), translation from the English language,
Moscow, 1942,
Bol'shaya Sovetskaya Entsiklopediya, Vol. VI, 2nd ed., Moscow, 1949

tf Alf

V /I
0i

15BT55
USSR/10thematics - Theory of Sets- 21 Noy 49
Differential Geometry
"Classification of Simple Geometric Differential
Objects," V. V. Vagner, Saratov State U imeni
Chernyshevskiy, 4 pp
"Dok Ak Nauk SSSRI' Vol LXJX, NO 3
Finding of all possible types of H-component
geometric differential objects in space XA re-
duces to finding all possible continuous transi-
tive representations (both proper and improper)
In point sets of arithmetic N-space of differen-
t1al group D(v,n) defined V group of transfor-
mation vn of variables x(sja (a a 1~2, ..., v).
Submitted 14 Nov 49 by Acad A. N. Kolmogorov.
am .158T55

Af
Rm"l-
Isi I I M-1 ENT-1

C: F,
16(l) PHASE I BCOK EXTLOITATION sov/1964
Moscow. Universitet. Hauchno-issledo-vatellsk,11 institut matematiki
Trudy seminars, po vektornunu i tenzorncmu analizu s ikh prilozleni3rami k
gecmetrii, mekhanike i fizike', vy-b. 8 (Traunactions of the Seminar on
Vector and Tensor Analysis and Their Applicatiom to Geametry, Mechanics,,
and Physics; Nr 8) Moscow, Gostekhizdat, 1950. 429 P.'1,500 copies
printed.
Ed. (Title page): V.P. Kagan, Professor;-Eh. (Inside book): I.M.
Yaglom; Tech. Edi- N..Ya. Mura5hova.
PURPOSE: This book is intended for professional mathematicians, especially
geometricians, and for physicists.
COVERAGE: This book contains some contributions to geometry presented by various
leading Soviet mathematicians at the Seminar on Vector and Tensor Analysisjheld
from January 1, 1948)to July 1, 1949. Applications to physics and mechanics are
not discussed in any detail. However, each article is significant for its posdible
appleationsJa physics, especially the three articles by V. V. Vagner. In his
Card 1/5

Transactions of the Seminar on'. sov/1964
article, "The Theory of a Complex M,?:iif0ldL, " Vagner constructs a general theory
of ObjOcts), which turns out to bp a generilization of affinor analysis,.and de-
termines the operation of -the absolute total differentiationY which is important
to the applications of variational calculus, for the field of any local differ-
ential object. in his second article/ "The Geometry of a Space with a Hyperareal
Metric as the Theory of a Field of Local fly-persurfaces in a Complex Manifold''T
Vagner gives the conotraction of a geotnetry of a space with hyperareal metric in
such a manner that its -immediate application to a geometric interpretation of
the corresponding variational problem is possible. In his last article, "Tneory
of a Field of Local Hyperstrips", Vegner discusses the geceetry of a regular
m - 1 dimensional hyperstrip in an n-dimensional central affine space as well as
the theory of a field of local regular m. - 1 dimensional hyperstrips in Xn
and the application of this theory to rligid mechanical systems with nonlinear
connections. The following persons submitted reports to the Seminar which are
not contained in the book: A. P. Norden, V.P.-Kagan, D.L. Piku,-, N.N. Yanenko.,
B.A. Rozerifelld, P.K. Rashevskiy, Ya.S. Diabnov, V.V. Vagner, I.M. Yaglcm,
A.Ye. Levashev., V.N. Skrydlov, D.P. Polozkov, M.G.*Freydina, N.A. Meller,
G.B. Gurevich, A.M. Lopshits., N.V. Yefimov, I.P. Yegorov, and Yu.A. Surinov.
TABLE OF-CONTENTS*.-
Brief Data on the Activities of the Seminar From januairy 1, 1948,, to jwv 1, 1949 3
Card 2/5

Source: Fla the mr, t I C,- 1 v t e 5

VAGNER, V. V.
USSR/Mathematics - Differential May 50
Geometry
"Theory of Pseudogroups of Transformations,"
V~ V. Vagner, Saratov State U imeni N. G.
Xhernyshevskiy
"Dok Ak Nauk SSSR" Vol LXXII Ho 3, pp 453-456
In present-day differential geom great oiqnif-
icance is attached to pseudogroups of transfor-
mations, especially those of Lie, whose study is
closely connected with theory of geom differen-
"Vial objects. Vagner tries to establish certain
gen propositions of this theory. Submitted 30JKar
50 by Acad 1. G. Petrovskiy.
Pl~ 175T18

f (7

"t -ff 1 till -,III
A DO I

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I I MUI111:1,1- III tj I ve,
UN4flj J, 01711V
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p
Ijj Xq xv-.~ I,;, oi ~ipvw
Us 'X I":, I v (,I "Imp

1.11 11 1 +) I 'X J)Iklj 11 VI I I I
-Jr, p.j I wdq ui

jJS61) CS U NA ~1 S~N- I" N I `lx Afwfl(~a
W*fqo ruil"afaly p Op *WOJ2 ;0 tjoatp
'dwjm:D p4r1jvj4u*s atp A 'J~~VA

USSRAUthenatics - Differential Groups 21 Oct 51
"Algebraic Theory of Differential Groups," V. V.
Vagaer, Saratav State U imeni N. G. Chernyshevskiy
"Dok Ak Nauk SSSRII Vol L=, No 6, PP 845-848
The theory of geometric differential objects leads
in the main to the theory of representations of the
differential group D efined as, a group of
msformations of 1114Zentials up to order v
inclusively of n variables xa during arbitrary
regular trarLsf tions of these variables (of
class differentiability equal to v), vhich preserve
217T61
the system of initial values of the variables. The
aim of the current article is the purely algebraic
detn of the group D and certain of its
(XIrnJct
representatimc and - - products corresponding
to especially important ordinaz7 and connecting
geometric differential objects. Submitted 29 Jul
51 by Acad A. N. Kolmogorov.
217%1,

USSR/`Matbe=t:Lcs - Modern A4pbrpt, Set 21 Doe 51
Theory
"Ternary Almsbraic Operation in the Theory of co-
ordinated Structures," V. V. Vagner
"Dok Ak Nauk SSSR" Vol L=, No 6, pp 981-984
In contemporary differential geometry (of. Yeblen
and Whitebead, 1949), n-dimenwLonal space in nmt
often defined as an arbitrary set A acting an the
contiamm, for vbLich ve assign a certain set of
its watually unique partial reflections (that in,
amtUally single-valued reflections of certain of
its subsets) on to open sets of n-dimensioml
215T37-
arithmetic spaces; here the subsets on vhich those
reflections are defined cover all the entire set
A. Submitted 24- Oct 51 byAcad I. G. Petrovskiy.
215T37

V.V.
Mathematical Revieve
Vol. 14 No. 10
Nov. 1953
Geometry
JAAAJV
4,
a nor V, V~~Znojal affino and central projective Po- J
e r of a hypersurface In a central afiltia apace onfli-s
application to the geoinctrictil theory of Caratlit-odorys
transformations In the calculus of varlations. Trudy J
tor. Tenzor. Analizu 9, 75-145 (1952). ' (Hus-
aian) A
This paper is closely related to thenuthor's rmpers in the
same Trudy 7, 65-166 (1949); 8, 144-196 (1950) CtIlLse
'Rev. 13, 7771 and those on affine and central projective
geometry of curves and surfaces developed by 11 1 !
[ibid. 8, 106-127 (1950); these Rev. 13, 776]and Dul;liov,
and SkrXj!1a [ibid. 8, 129--143 (1950); these Rev. 13, 777].
The Wrst sections deal with the contact of arbitrary ordcr
of vi-dimensional surfaces in a central-affine E. .11111 its
osculating hypersurfaces of given order and class. Then the:
influence of projective t ransforinat ion s in the E'. is studiol.
The fourth scocticin is a discussion of the hyp(-rt1iiadr;c5 i,i
Darbonx. The next sections deal with theAlline and central-
projective norimils of a hypersurface and (fie gener,al diefiry
of hypvr8urlaces in a ewitral affinn E. under transforniatioll,
(If tilt: affille and rentrill-projullive grillill. The theory is
1111111ii'd (o allille (,J) 11111111olk 11tri,111,111 MW
poinl) alld ll)-twillilaillic', (Dalhi'lix V;llli~Jlvs). 'I I.,
palicr viid, with Ill.: p-licral Owtiry (,( (-Ilrv.s killdcr (11"
A J. S111tih

USSR/Mathematics - Modern Algebra, 1 Jun 52
Set Theory
:'Theory of Partial Transformations, " V - V - Vagn r
"Dok Ak Nauk SSSR" Vol 84, No 4, pp 653-656
k-4
The assigning of a bi-n- y relation between the
elements of a certain set A I is eauiv to the as-
signing of a subset rho in AxA consisting of all
padre (al,a 2) of elements between which there holds
a given relation and designated by the graph of
this binary relation. In this ax-ticle the author
identifies the binary relations and their graphs
. 232T86
and designates them by identical symbols. Cf. J.
Riguet, Bull Soc Math France 76, u4, 1948; 'N - Bur-
baki, Theorle des ensembles, 1939. Submitted by
Acad M. N. Kolmgorav 9 Apr 52.
232T86

VA(illft-T, "1 .7.
Groups, Theorj of
Generali7ed groups. Dokl. A" SISSR ?1., NO. ~, p',C~q.
llonth'~y Listr)f Russian Accessions) library of "onpress, October 1952, UNCLASSIFIED

V. The theory of geherazed heaps and
i~ajner
,
jin-ii dgroups, Mat. SbornikN.S. 32(74), 54S-532
(1953), (Russian)
Dana une note rkente [Doklady Akad. Nauk SSSR
(N.S.) 84,1119-1122.(1952); ces Rev. 14,12] I'auteur avait
introduit le concept de groupe g6n6ralis6 (ensemble muni
d'une multiplication associative pour laquelle tous les idem-
potents sont permutables tt oil tout 06ment x admet un
"inverse Onkrali-A" x-I tel que xx-lx-x) et avait montr6
qu'il permettait de caract4riser abstraitement les ensembles I
Xathematical RevieW. multiplicatifs de relations biunivoques sur un =Ime en-

June 1934 semble qui condennent la syraftriqueAe toute relation leur

Algebra appartenant. Le pr6sant travail consiste essentiellpment A
construire le concept d'amas gkn6ralis6 afin de pernicttre une
caract6risation anatogue des ensembles de relations biunt-
yoques our deux ensembles qui contiennent ZIE,71-11 pour
'
artenant et a 1e
Out triple 4 Z2, Za d'&ments leur app
relier au concept de groupe gk6ralis6.
Etant donn6 deux ensembles A et B, si A trois relations
b1nalres RCAXB, RiCAXB, RjCAXB on associe
1I?j,R,,Rs1=RjRx-IRs, on d6finit ainsi une op6ration
ternaire our 13 (A XB) qui 1e transforme en demi anias dans
1e sens suivant: Un ensemble muni d'une op6ration ternaire
sera appe16 detni amas lorsque pour, tout quintuple'

it, k16 Ts,_k_04 Tiffiiinis'di iei etil~tbl~lio'&*'
f(ki, ki, ko], k#, kol - Ek3s [ktv kit kill kil
writ# kit Ckso kit ks]],
Un 06ment k scra dit biunitaire forsque, quel que soit k ,
V
[k. h, h) - Ch, It, k3,- k. Par d6finition un amas eat un deml -?
Y
V
V
amas dont tous lea 616ments sont blunitaires. L'op6ration ,
,
,
ternaire Cgi, gs, g.]-gtg%-'g, qui permet de considkrer tout
groupe comme un amas avait W ktudi6e par H. Prilfer
[Math. Z. 20, 165-18i (1924)] pour lea groupes ab6liens at
par R, Baer [J. Reine Angew. Math. 160, 199-207 (1929)]
et J. Certaine [Bull. Amer. Math. Soc. 49, 869-877 (1943);
ces Rev. 5, 227] pour lea groupes. ~
Le travail comprend cinq parties: Dana la premi6re on
ktudie i'd6aux et ~quivalences dans lea demi amaf at on
'
"
donne une g6neralisation d
un thdor6me du A
Lyapin
[Izvestiya Akad. Nauk SSSR. Ser. Mat. 14,179-192 (1050);
ces Rev. 11, S?S]. Dana la,seconde, on ~tablit ]a liaison entre
demi amas at demi groupes involutifs (c'est-&-dire, en-
sembles munis d'une multiplication associative et d'un
antiautomorphisme d'ordre 2 pour cette multiplication).
Tout demi groupe involutif eat de maniare 6vidente un
demi amas. Rkciproquement, si K eat un demi amno ayant
un 616ment biunitaire o at mi Pon pose kiks-Eks,e,kil,
k-' - [e, k e], K deviant un demi groupe inyolutif K, et
tous lea semi groupes involutifs K. sont isomorphes, x
parcourant Vensemble des 616ments biunitaires. Tout demi
amas peut etre plong6 dans un demi groupq involutif. Dana
la troisitme on d6finit le conceit d'amas 096ralis6: cleat un

demi amas dont taus lea 6ldtitenti.96t IdemOtents (c'est-
Wire, x-[x,x,xj) et b1permutables West-Wire, pour
tout triple k, ki, ki on a D, ki, ki, ki, kil - rfi, kit kit kit kijt
j, ki, kit k,, k] - Eks, ki, ki, ki, k]). Tout group g6nkrali&6
consid6r6 comme deml amas est un amas gWra)W, Tout
amas g6n6ralis6 pout 6tri plong6- dans un groupe g6niralis6.
La quatribme partie d6finit et 6tudle deux types sp6ciaux
de relations binaires done lee amas et lea groupee g6ntralisds:
lea relations de communion et dordre canoiiique. On y
trouve une g6tiftalisation d'un' th6or6me de D. Rees [J.
London Math. Soc. 22, 281-284 (1%8); ces Rev. 9. 568J
relative & Pensemble des 6quivalences R our un groupe
'&"is6 G telles que GIR eat un gr9upe. Dane ta cinqui6me
partie on montre que, pour quo K soft qn amas gin"W,
H faut, et il suffit qu'il soft isomorphe A un demi amas de
relations biunivaques entre 06ments do daux ensembles.
(L'ordre canonique est afore Pordre dinclusion et Is relation
de communion entre It et ZI ii lieu forsque ZIVZ% qt uric
biunivoque du demi amu.) On donne un certain nombre de
propri6tts des amas giniralli% de relations quasi fonction-
nelles R (c'est-A-dire, telles que RR-ICA).
L'expos6 fait systbmatiquement appel A la th6orie d Pi
relations binaires en s'appuyant our li"irA~il du rapportece
[Bull. Soc. Math. France 76, 114-155 (1948); ces Rev. 10,
5021. 11 est signal6 dans la pr6face que les groupes et amas
gWralis6s de blunivoques jouent un r8le important en
g6om6trie, par exemple, pour les systZmes de coordonn6es
loca~x [Vagner, Doklady Akad. Nauk SSSR (N.S.) al.

VCi3 NeYj V. V.
981-984 (1951); ces Rev. 13, 688J. encore a titre d'eiemple,
les transfamations conforines du plan d6finfes par des
fonctions analytiques a une seule branche pout lesquelles
l1quation diffrentielle de dkfinition exprime la condition
de Cauchy-Riesnann pour les fonctions Inalytiques forment
un groupe g6n"W.
J. Rigid (Pa-ris).---

E
44-1-16o
Translation from: Referativuyy Zhnrnal, Matematika, 1957, Nr 1, p. 21 (USSR)
AUZHOR: Vagner, V. V.
TITLE: --(Wn-eralized Cosets Reduced to Generalized Groups (Obobshchennyye
grudy,, priyodiaWye k obobahchennym gruppam)
PERIODICAL: Nauch. yezhagodnik za 1954 g. Saratovske un-t. Saratov,, 1955.,
pp - 668-669,w
ABSTRACT: Necessary and sufficient conditions am given for making it
possible to introduce into the set of all elewnts of the
generalized coset K the operation of multiplication; vith regard
to this operation, K is a gener4lzed group, and the ternary
Operation I Ojo 92j, 931 " 91 92 -L 93 coincides vith the ternary
operation given in Ke
Card 1/1 Ye. S. Lyapin.

VAGM, V.V. (Saratov)
tars in differential geomistry foundations. Uch.zap.
Kaz.un. 115 no.10:3-4 '55. (MLRA 10:5)
(Geometry, Differential)

VAGM, T-V- (S&rstov) calculus of variatiOng-
wwwwow in the
Methods of differential gpooetry (mm 10:5)
. 115 no-10:4-7 155.
Uch.zap-Kaz-un (Calculus of variations)
(C~eometr7. Differential)

Call Nr: AF 1108825
Transactions of the Third All-union Mathematical Congress (Cont. ) Moscow,
Jun-Jul '56, Trudy '56, v. 1, Sect. Rpts., lzdatel'stvo AR SSSR, Moscow, 1956, 217%pp.
Azletskiy, S. P. (Sverdlovsk). Sylow Class System and Some
Problems of the Theory of Finite Groups. 17
Mention is made of Chunikhin, S. A. There are 2 references,
both of them USSR. 17
Andrunakiyevich, V. A. (Moscow). Associative Rings With
Minimal Two-sided Ideals. 18
There are 6 references, all of which are English.
_Va ner V. V. (Saratov). aeneralized Ifeaps and ftneralized
oups. 1,13-2o
Vilenkin, H. Ya. (Moscow). The Theory of Topological
Abelian Groups. 20
Mention is made of Pontryagin, L. S.
Card 7/80

v4j'~ /' /'~- (;-,/. I/
- , i ~ I
VAGMIR, V.V.
Generalized heaps reducible to generalized. groups, Ukr, Mt. x1mr.
8 no.3t235-253 156. (Km lorg)
(Groups, Theory of)

I -- 11 1 %

VAGNER, V.V.
SamIgroups nf partial transfornations with a sy."etric ratic
of transitiveness. Izv.v3re.uch#%b.zav.; mat. no.1:81-88 '57.
(MM 12:10)
1. Saratovskiy.gosudarstvonnyv universitet in. N.G.CharzWahev-
skogo. (Groups. Theory of)

16(1)
AUTHORt Vagner,VoVa SOV/41-11-3-1/16
TITLE: Representation of Generalized Heaps
PERIODICAL: Ukrainskiy matematicheskiy zhurnal, 1959, Vol 11, Wr 3,
pp 231-242 (USSR)
ABSTRACT: The author treats the notions already.considered in Z-Ref 5,6-7.
The principal result is the-statement that every generalized
heap has a proper representation with the aid of one-to-one
partial mappings. Eight theorems are formulated altogether.
There are 6 references, 2 of which are Soviet, and 4 French.
SUBMITTED: May 23, 1958
Card 1/1

VAGNER, V.V.
Khresmann's theory of jets. Dokl. AN SSM 152 no.1:17-19 3
163. (MIRA 16:9)
1. Saratovskiy gosudarstvannyy universitet. Predstavleno akademikom
A.I.Malltsevym. (Topology)

VAGNER V V
Semidirect products of binary relations and binary expandable
semigroups. Izv. vys. ucheb. zav.; mat. no.1:21-32 163.
(MIRA 16:5)
1. Saratovskiy gosudarstvennyy universitet imeni N.G.Chern;rshevskogo.
(Aggregates) (Groups, Theory of)