SCIENTIFIC ABSTRACT V.A. CHIRKOV - YU.I. CHIRKOV

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000308820020-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACC NRt Ap6024513
turns out then to be 1013 cmrs. If a ruby User is used (power -107 W/CM2)., induced
PAifian scattering can be obaerved In 11guidap with a quaTtum yield of oeveml times
ten per cent and a molecule density 1016 cir3 at the upper leveL The proposed ex-
citation mechanism is realizable in principle in Metalop too* Orig. art. has:
I figure and 2 formulaeo [021
'7
SUB CODE: 20/ SM DATE: 14*yM/ OMG M 003/ OM MF1 003/
ATD PRESS.' SV.37

OSTASSBKO, F.I., kand. biolog. nauk;_~HIRFM t
~ V.A., ar.Firin
Gloves from polyetbylene Mne Vaterinarlia 42 no.11:111-la?
N 165s (Y.Tpuk IQ'..l)
1. Nauchno-issledovatellslc~y institut zhivotnovodstva
leeostp-pi i Poleslya UkrSSR.

CHIMOV, V.A., starshiy nauchnyy sotrudnik
- --l
Using brushwood as forti.Uzer. Put' i put. khoz. 7 no.10:34 163.
(MM 16:12 )
1. Vsesoyuznyy nauchno-issledovatellskiy institut zheleznodo-
rozhnogo transportao

EXCERPTA JAEDICA See 13 V01 13/5 Dervatology X&Y 59 Wj
1295. LATE RESULTS OF THE TREATMENT OF SKIN PATIENTS BY SUG-
GESTION (Russian lext) --CILLr-kov V.D. -NAUCH.ZAP.GORK.INST.
DERM.IVEN,F.R.KAF.KOZHNO--VEIMff.MLEZ.GGM11956, 17(132-i41)
Sixty-seven patients with various skin conditions were treated by hypnosis and
followed up for 1.5 to 18 months. Good lastin results were obtained In cases of
juvenile warts and lichen ruber planua, less Isvourable in eczema and neuro-
dermatitis. All patients with psoriasis relapsed. (S)

CHIRKOV., V. D. (Gorlkiy)
0 vliyanii vozbuzbdeniya korkovykb proyektsionnykb zon na protsessy
desinkhronizatsii elektricheskoy aktivnosti. kory, bollshikh polushzrii
report submitted for the First Moscow Conference on Reticular Fomation,
Moscov,,, 22-26 March 1960.

z
CHIRKOV, V. D., Oand Med Sci -- "On the mechan.Lsff of excita-
tion irradiation in the cortex of the cerebral hem'LsDheres."
Rostov n/D, 1961. (Rostov n/~b State Med Inat) (KL, B-61,
266)
- 538 -

BELEKKOVy
Irradiation of strycbnine StilmIlAtiOn PrOvOkOd in the cerebra3
cortex. Zhurvys.nerv.doiat. nno.3012-521 My-Je 161.
(MIRA 34:7)
1, Chair of Normal Physiology Medical Institute, Gorky.
(STRYCHNINE) tCFJWRAL CORTEX)
Mpnwsy)

BEIXMOV., N.Yu.; CHIRKOV, V.D.
On the effect of stimulation,.of'tW aortical projection zones
on the process of nera3izati;~ ok-the eieotricil reaction
(desynchronizationFin the-ce b6A cortex. Zh. V~7884. nerv.
.1*
deiat. Favlov 13 no.3:390-397 16j. (MIRA 17:9)
1. Kafedra normallnoy fiziologif .(3~kovnk.ogo med.its inskogo
instituta.
(CEREBRAL CORTEX) (RETIC WRKATI-010
(BRAIN K=MOPHYSIOLOGr) 460UND) (L-16HT)

BWNKOV.. N.Yu.; CHIRKOV, V.D.
OrigLn of generalized epileptiform. discharges in the cerebral cor--
tax. Zhur.vys.nerv.deiat 11+ no.1:68-76 Ja-F 164- (MIRA 17:6)
1. Chair of Normal Physiology., Medical Institute, Gorkiy.

BEUNKOV, N.YL.; CHIRKOV, V.D.
- Wmww~
liechaniBm of the synchronization of neuron activity. Zbur. vys.
nerv. deiat. 15 no.1:128-139 Ja-F 165.
(MIRA 18:5)
1. KafEdra normallnoy fiziologii Gorlkovskogo ineditsinskogo
instituta.

LICHt II.M.; CHIRKOV V.G.
Why automatic machirm tools stand idle. Hashinostroitell
no.10:39-40 0 161. (MIRA 14:9)
(Factory management)

12CH, Nikolay Mikhaylovich; CHUM Vladimir Grigortyevich; TAURIT,
G.E., dots.p retsenz;4j--XF'4-TG-, D.B., red.;-GMMMPOLISKAYA,
M.S.9 tekhn. red.
[Improving the efficiency of automatic lathes] Povyshenie ef-
fektivnosti tokarnykh avtomatov. Moskva, Mashgiz, 1962. 158 P.
(MIU 15:4)
(Lathes)

Effioient operation of automatic lathes. Vest.mashinostr. 42
no.7M-82 Jl 162. , (MM 1518)
(Lathes)

CHIRKOV, V. G.,, kend. ekonom. nauk
." -----------
Dependenm vf 'the tim In vh1oh additional capital expendi-
tures pay for themelven from the productivity of equipment* -
Mash%astraeftle no.51lOI-105 M 162. (MIRA 1611)
1. Klyevskiy politekbnicbeskiy institut.
(Machinery industry-Finance)

rEMOV V. G
Calculating the effective coat of a machine/hour. Mashinostroitell
no.106.36-37 0 162. (MIRA 15:10)
(Machine tools-Production standards)

LYCHV No Hop liando tsktme mauk, dotsent; CHMKOV, V. Go., kando ekono-
micbeis)dM nauk
Inoreaoing labor'lproduottivity bar automtion. Izv. vyo* ucheb.
zavo; masbimetre no*7:20,D-~08 162a (MIRA 16: 1)
1. Kiyevskiy PoUtekbnichemkiy institut,
(Autamtion)

LICBO B.M.0 kand*teJd1jun&-,*; CRTMOVO V.G. kand.ekonom.nauk
Moot Important objectives of further mechanization and automation of
automatic-lathe shope. Heki-Ni avtox. proixv. 17 no.21l-4 F 163.
(MIRA 16:2)
(Lathe,3) (Automation)

J,G.~,_.kand ekon-am'nau)k
QHWQVi 0
Determining-equipmnt productivity in the production of.a. wide...
range of articles. Mashinostroenis nos4tI13-115 Jl-~Ag 163.
. (NIRA 17:2)
1. Kiyevskiy politokhnicheakiy institut.

CHMKOV, V.G., kand. ekonom..nauk
How to measure the steadiness of the uti2izatiodot equi3mente
MAshinostroitell no#22t4O D 163. (MM 17:1

CHIPYOV, V-0.0 kand. ekon. nauk
Accowting for the ut-andatill of machine tools. yzahinostrottels
no*036-37 Ap'64 (WRA 1717)

i~TSMOV, S.S.1 MkZkIDVo L.N.1 CHIMOV9 V.I*
Computing refractions of ions of the Onou-noble" pses._UT.Sib~!-
otd~V, SM no.2:121-3.25 161.
Is Institut neorganichookoy khimii Sibirskogo otdeleniya. AN SM;
Novosibirsk.
(ions)

S/020J62/145/005/007/020
B181/B104
AUTHORS: Vaynshteyn, E. Ye.t and Chirkov, V. I.
TITLE: Peculiarities of the X-ray emission spectrum of titanium in
carbon nitrides
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 1451 no- 5, 1962, 1031-1034
TEXT: The XV-satellite line in the X-ray emission spectrum of metallic
compounds was assumed to originate in the cross~transition of electrons
from the valence level of the anion to freedom as the result of a
X-ionlzation of the le-levels of the absorbing metal Ion. For this reason
the KP-energy may be expected to depend strongly on the character of the
bond. -Where various elements are bound, a splitting into K,,,,and K is
P211
to be expected. A APC-2 (DRS-2) spectrometer wias used to investigate
the spextrum of titanium carbon nitrides. The X-ray apparatus was
operated with 20 kV and 6 ma. The lines were recorded with the M~1-4
IMF-4) microphotometer at a rate of 6 mm/min and a slit width of 0.3 mm,

S/02 62/145/005/007/020
Peculiarities of the X-ray B181YB104
the same conditions having been taken as a basis in the previous paper
on the fine structure of the X-ray-K-spectrum (DAN9 140, 56o (1961). The.
lines and KP211P occurring in carbon nitride, show a dependence on the
C-concentration which differs from that of the corresponding oubstdnGe in
a mixture of titanium carbide with titanium nitride. Therd are 3 fieures
and 1 table.
ASSOCIATION: Inatitut noorganicheakoy khimii Sibirskogo otdelaniya
-Akademii nauk SSSR (Institute of Inorganic Chemistry of the
Siberian Department of the Academy of Sciences USSR)
PRESSiTED., April 9) 1962, by As P, Vinogradov, Academician
SUBIMITTED: February 23P 1962
Card 2/3

S1020V621145100510071020
Peculiarities of the X-ray 33101/ .0104
Fire 1. 'The lilies of the K,-rroup of the X-ray spectrum of titanium in
carbides, nitrides and carbon nitrides at various G-concentration,
(a) shows the experimental microphotometric curves (recorded on a photo-
graphic plate); (b) shows tho same curves after elimination of the
superposel KPI -line (dotted on picture a) and of the variation of Intensity.
Legend:
in ~',: (1) 01 (2) 22; (3) 261 (4) 35; (5) 43; (6) 100'.
Z9
Card 3/3

VAYNSHTEYN, E. Ye.; CHIRKOV, V.I.
X-ray K!-spectra of titanium emission in lower oxides (Ti - TiO&O
Dokl. AN SSSR 155 no. 2:381-384 Mr 164. (MIRA 17:5)
1. Institut neorganicheskoy khiaii Sibirskogo otdeleniya AN
SSSR. Predstavleno akademikom I.V.Tananayevym.

3,u-a(!L"I.rp nf X-ray M.- 1!
T i c 'DOM AN 157 2 '-3&
1,20
ori, olc:vjvi--ya
instilill. ro, anir. e3k~v khim-
Pr~flstaviencj amadem1kc-M

DANIIDV, A.A.; CHIRKOVj V.I. -
I -- ""RW""ftft"v
Correction factor for the K-index of the YakutBk magnetic
observatory,,.Geomag..i aer. 5 no.3:588-590 My-Je 165.
(MIRA 18-5)
1. Institut kosmofizicheskikh issledovaniy i aeronomii Yakutskogo
filiala Sibirskogo otdeleniya AN SSSR.

LJIU-66 'EWT(1)/EWT(m)/EPF(c)/T/EWP(t)/IWP(b) IJP(c) JD/GG
ACCESSION HR.6 AP501W73 UP/0020/65/163/OD:L/0063/0066
4?
36.
AWA OR i
njbtMML_B. Ye. chip
TITIE., X-ray F6,j.2 and YV Iemission lines of titanium In oxides
SOURCE: Pli SSSR. Dokladyp ve 163f no* 11 1965f 63-a
TOPIC TAGS: titanium oxidep x ray emission, line width, crystal lattice structure,
spectral fine structure
AMTRACT: lhis is a continuation of earlier experimental investigations (DAII
3~55 no. 2, 1964 and DAN v. 3.57, no. 21 1964) devoted to the fine structur f Y43
1 0 0
emission bands of titanium in lower oxides (TiOn) of the hexagonal (0 < n < 0.48)5
and cubic (0.85 < n < 1.2) structure in the region of homogeneity of these phases,
In the present paper these data are supplemented with informtion an the energy slid
shape of the 1;~f and Yp:L emission lines in the same phatesp of variable composi-I
tion) and also Wother oxides with 3-5 < n < 2. The lower oxides were prepared
in the save manner as before. The preparation of the other oxides is described
briefly The x-ray spectra and the fluorescence of the titanium in the ox4des
'were de4rm-ined with a DRS-2 speetrograph under conditions similar to those of the
earlier experirrenLs. The results show that for the lower oxidea (up to n = 1.20)
the energy of the maxima of the K. ame as
.1 and Yu2 Mae remains constant and the a
f Card 1/2

L 3897-66
1 ACCESGION 14R: AP50IW73
In metallic titanium. The'mxiVW;6 of the Fp., remaIns constant for the hexagonal
but shifts in the range 0.85 < n < 1.2 t
oxides owards the longer wavelengths,.The
shapes (half-vidths and asy=etry indices) of the Ka liner. remain constant when
o < n < 0,45. The half-vidth of the line increahbi linearly, and its asyr=et-
ry Index has a more caMlicated variation. In the cubic structure oxides the para-
meters of all lines behave in aralogous fashion, the half-width Increasing linear-
ly and the asymmetry index exhibiting noruzzonotonic variation. 11o appreciable de-
gree of homogeneity is observed vhen 1.5 < n < 2, but the maxima of all lines shift
towards the long-wave side. The results are interpreted from the point of view of.
the number of electrons participating in the chemical bond. This report wan pre-
sented by A. P. VinoRTaday. Orig. aft. hast 4 figures and 1 table.
ASSOCIATION: nstitut neorganicbeskoy khImil 81birskogo otdeleniya Altademii nauk
SSSR (Institute of Inorganic Chemistry, Siberian D ient Academy of Sciences
~SSSR - Institut geokhimii ianaliticheskay kbinii im. V.
nauk OSS11 Q m-tA ute of GeocbmistXX and Analytic Chemiut , Acadamr of Sciences
i SUBMrMl MeA ENCM DD BUD COM OP) 88
IM REP SOVI 0,10 OTW: 003
Card .2/2

E;';T(l) !JP(c) AT /YU
CODS:
NRi
AUTHOR: Chirkov, V. P.
ORG: none
TITLE; Determination of electron concentration of plasma in a reflex klystron
SOURCE: lzmaritelinaya takhnika, no. 6. 1966, 41-42
TOPIC TAGS: reflex klystron, SHF oscillator, gas discharge plasma, plasma diagnostics
ABSTRACT: 1heuseof a positive-repeller reflex klystron for diagnosing gas4ischarge
-Dlasma is discussed; the plasma is created inside the klystron, and its electron
concentration is date-mined. Two methods of plasma generation are possible:
(1) Two needle electrodes are inserted into the space between the resonator grids,
and a voltage is applied to the needles; the plasma is formed due to the presence
of residual gaBes; (2) A plasma is injected into the resonator cavity by means of a
plasma gun at right angles to the klystron axis. Interacting with the electron beam,
the plasma is continuously withdrawn from the resonator by means of a special
probe hold at a potential positive with respect to the cathode. The plasma electron
concentration is calculated from this formula: MUM-Utum)
U. (U. Cos U.)
2
Card
2
UDC: 621.38~.6

L 40380-66
ACC NRs AR
9:~~
M at
;where " ~ - A total net error of t 1% is expected; however, considering discharge-
electrode-effect on the beam, probe field, ion background'# etc., the error may I
reach 15 to-*10%. Orig. art. has: 10 formulas. [031
SUB CODE: 20, 09 / SUBM DATEs none / ORIG REF: 0021 ATD pRESS;,TjS-_:~
14.4 P

CHIRKOV, V.Ne; SOLYANOV. N#X.. red.; MWIDOVA,, LJF., tokhn. red.
I - -
* I V
r- Oilseed plants In Uzbekistan aelichWe kallt=7 v Usbakistans.
Thshkent,, Goo. lzd-vo UsSM4 19~4. 67 p. (Treibletnis kolkhmp
agrozootakhuichookle karsy 2. god obudheniia). (mm 11-t8)
Mzbekletan-Ollueed piants)

CHIRKOV, V.I.
4678. Maellahme ftlitury ( Uibskistaw). %shkont, oosizut uzaR, '1%# 72 Beg*
Ill. 23 Sm. ( ftakhletuiye Agrozootekht. ruray. Vtoroy God Obachoniya). 10.000 Aks.
2R. 50 1 V Per-Na Peroplete Avt. ]b 71azan.-Na Uzbek. Tax-(34-37013) 633.83
(584.4).

YlVGRAYOV. G#X.; IOSILBVSKIY. L.I.,kand. takhn. nauk: CMUM~Ov-,,-P- , inxh.
Affectiveness of using polygonal and upper prestressed reinforcement
in bridge spans. Transp. strai. 9 ne.4:10-16 Ap '59.
(MIRA 12:6)
l.Daystvitel'W7 chlen Akadexii stroitelistva i arkhitektury (for
Tevgrafov). (Bridgee, Concrete)

10SIMSIXTj Lsil.v kl.ulditOkM-nwkl-.M" , kwg.takhn.nauk
11 ~
RealsiAnce to to"16n'ju uwlbbed spams Tranap.strol's - I ..
A uo*12139-42 9 164* (MFA 1911)

CHIRKOV, V. P.
-------------------------
Fleld toots of Prestressed girders for the effect of transverse
forces. Trarmp. stroi. 13 no.4:53-57 lp ,634
(MIRA 16W
(Beams and girders-Tooting)

L.I., kand.t!--k!m.nauk,--EqIRKOV I-iazb,.
XJU
Exporimental spans with verticaUy stressed hoops. Transp.ptroi.
13 A0.0'I'54-57 - S 163. (MI%A 16:32j
W

OSIMININ, A.A.; CHIRKOV,-'V.P.,-,
Junction transistor R-C oscillator with a great number of phasing
circuits. Izm.telch. no.llt4&48 N 163. (MIRA 16:12)

CHMKOV, V.P.; SIIITOVp Ye.V. [deceased)
Method of visible recording with a magnetoelectric ascillograph.
Priborostroenie no.6t9_10 Je 164. WIRA 18:3)

CHIRKOV) V&PO
New method for frequency meaaureraents baoed on the Hi,11 Ofect.
IF,v, vys,. ucheb, zav.;. radintekh. 8 nn.-2-2F!4--286 Mr-Ap 16-5.
(11IRA 18-.7)

YVGRAPOV, Georgiy Ronstantinovich, *of*,, doktCT UkLxmk~ IOSnZVSK3Xv
Wj&t am
IAm Izraildvieb,, Iznd.tekbs.z&uk, dot AnatolW
BOGD4W
Vaoillyevi6bp kandl.tekbnonaukt doteent; N:uw:,Ay
MOM*
Nikolayevicb., kaz&tekbz.u&ukj, dotoent; 7 Gesirikh
Mikbaylovich,, iuW2.; CUMOK, 7 .ladilen Favl*Aeb, bkzh..
Prinimal' uchaet~ye: RYBIN# UJON ism*; IFOVI A6600 ixla~*
KMOFANOV,, Tu.Mej inzb.,, retwomont; RARMSMy I.A.j, inzh.
Ted,; USENKO,, L.A., tekbn.red.
[Prestressed bridge girders vdth streta"'i~- of the reinforcement
before the coneivite is placed] Iln 17% 'no napriazhe=Ve
balochMe proletiWe stroeniia, mostov a napriazbouiem armatury
do betoidrovaniia, Kovkvaj Yres,isdatellako-poligT.obPwUnenie
"a putei wobalacheniiap 1962. 282 p. . (KnU 15:4)
1. Daystvitellm" chlen Akademii stroitellstva i arkhitektury
SSSR (for Ysvlgr~rov).
(Bridgeop Concrete) (Prestressed concrete)

ACC NR,'AP700jo~f- SOURCE CODE: UA/Oih2/69/ooi-/0-6,5-/o-6-ffif6f2--
AUTHORs. Chirkov.,
6 T, P,
ORG; none
+ITLE: Low frpquency RC oscillator an a delivics for sensing a weak con-
stant magnetic field
SOURCE; 1VUZ.1 Radiotekhniks, vt 9, no* 59-1966, 6Tl-672
TOPIC TAGSs C nstant magnetic field$ magnetic field measurement,
electronic osci ator,' magnetoresistance
ABSTRACT: A n v circuit for measuring magnetic fieldle proposed. One
of active resi tors of the phasing four-pole network of an RC oscillator
In replaced by a semiconductor with magnetoresistive effect. The semi-*
conductor is p'~aced In a thwrziostat to maintain its resistance at a
constant levels A variable capacitor with its dial calibrated in capac
itance units tn compensate the ph-ase shift which takes place is include
in thid circuit. is the magnetic - field acts on the semiconductor. The
oscillator is tuned tq the maximum amplitude of the quasl-resonance
frequency. Th 'einitial capacitarce of the circuit is determined using
the dial reading 6f.the variable capacitor. The semiconductor is then.
placed in the pognetle field being investigated, The resistance of the
semiconductor increases in magnetic field res~klting in phase unbalance
of the oscillator andp consequentlyv a decrease i.n its amplitude of
L.Card-. .1/2

ACC NO. 0706~bff~
oscillation. in order to restore ascillstions to the frequency of quasip
resonanceg the variable capacitor must be retuned,and the nev reading
noted. Test results indicate that the circuit can det'ermine the magne-
tic field with not-less.than t3% accuracye, Orige-art,'fiass .7 formulas
SUBM DATS: Mun~5/ ORIG'RNIPI 003/ OTH REP: 002
SUB CODEs 0911.-
Card 2/2

CHIRKOV, V.P., inzh.
Transfer of stress from the reinforcement to the concrete.
Bet. i shel.-bet. 8 no.10.-,462-466 o 162. .**.(MIRA 15:11)
(Prestressed concrete-Teo:ting)

CHD-Ko-V,-~--Vlokd3AL.Lavlovieh& inzho.- YKVORHO'V, G.K., prof.; )UHAIEVSKAYA, V.I.,
rW._j GARINA,'_7-.D., tekhn.red.
[Frelimlna~ry squeezing of concrete in beams with various-rain-
foreements; selection of an efficient system for re:~nforcing the
supporfAg sections of prestressed beams] Predvaritellnoe -
obzhatie betona v balkakh s raz3ichnrd skhexani armirovaniia;
k vyboru effektivnoi ekhemy-arairoviniia opornykh uchaetkov.
predvaritellno napriazhennvkh balok. Moskva,-Goa. izd-vo
"Vysshaia sWola.." 1962. 83,p. (Trudy Moskovskogo ordena
Lenina i ordena Trudovogo Krasnogo Znaxenl institute inzhenerov
zhelesnadorozhnogo transporta. no. 163).r (MIRA 16:7)
1. Ohlen Akademii stroitellstva i arkhitektury SSSR (for Yevgrafov),
(Reinforced concrete construction)

KOGAN$ R.M. kand.tekhn.nauki NIKIFOROVI M.V.; FRIDW, Sh.D., kand.tekhn.
;ML~gRUQ.V,,-I--?5-YAKOVLEV, A.F., kand.fiz.-matem.nauk
Datermi-ing the water equivalent of snow cover by means of
airplaze gamma surveys. Meteor. i gidrol. no.4:51-55 Ap 165.
(MI RA 18: 4)
1. Institut prikladnoy geofiziki AN SSSR.

IOSIIEVSKIY, L.I-.,--Imnd. tekhn. nauk; CHIRKDV , Inzh.; CMTNOY, V.M., inzh.
..L V.P..
Effect of anchors on strength, crack resistance, and bundle
fastening in prestressed beams, Bets i zhel.-bet. no.11:
515-518 161. (MIRA 16;8)
(Beams and girders) (Prestressed concrete)

GHMOVP V.P.., aspirant
Simplifying the method of consecutive approximations in the
calculation of the redistribution of stresses in continuous
reinforced concrete beams. Sbor. trud. Inzh.-stroi. fak. ChAl.
politekh. inst. no.3:14,-27 163.
Determining Lending deformations in an element with a single
reinforcement in the second stage of the tensioning condition
taking a lon6-term process into account. Ibid.:28-30 (MRA 17:9)

A" ~'-r S T N
A! FT1,10?
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AC,CE-ES-7`11 "".
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Chilkov (W-d. Inst, Snvtov). Temp. Arkh. 27, I~Tu-O.
Its
imeretion cccwrcd ir, srvn-- anmilm %-,Itb )O'w hrmo-
wh--t decrea-sed while &t of the urin-- -w always be3o-
"MaRl. During remimians the P fractions rriurned to
A 6-,turlmd carb~hydratc metaboVism alto vw
notL~i. Thcz~ :~ metabobc disturbances were probably due
to hypo:z;l which devclops- during t1ne exambation of
.LLS. A. S.

SOV/81-59-16-58497
Translation from: Referativnyy zhurnal. Rhimiya, 1959, Nr 16, pp 4og-41o
AUTHOR:. Chirkov, V.Ya.
TITLE: A Higher Yield of Basic Aviation Gasoline in Installations of Catalytic
Cracking
PERIODICALt Novosti neft. tekhn. Neftepererabotka, 1958, Nr 10, PP 3-5
ABSTRACT; In a two-stage installation of catalytic cracking of the Novo-Groznyy Oil
Refinery several measures have been carried out as a result of whJch the
yield of the aviation component in refining the heavy kerosene-gas oil
fraction of the paraffin base has been increased by 25%. The recycling
of catalytic gas oil in the first and of ligroin in the second stage has
been intensified. 11he design of the raw material heat e:-changers has been
changed, the capacity of the tubular furnace has been increased, an in-
crease of the number of circulations of the catalyst has been attained
am the regenerator has been reconstructed. In the second stage an ad-
ditional tubular heater for ligroin has been installed.
S. Rozenoyer.
Card 1/1

VOLY,OV, A.kj__AIiIRKOVj V Y -(Moskva)
_ _j A
Oscillations of tbe bumn body under the influence of vibrations.
Gig, truda i prof, mabe 4 noOtS-12 My".,160. (KRA 13 s 9)
(VIBRATION,PHYSIOLOGICAL UPECT)
~'4

SOV/1 24 -58-5-5765
Translation from: Referativnyy zburnal, Mekhanika, 1958, Nr 5, p 121 (USSR)
AUTHOR:
TITLE: On the Effect of Suddenly Applied and Suddenly Removed Loads
(0 deystvii mgnovenno voznikayushchikh i mgnovenno ischezayu-
shchikh nagruzok)
PERIODICAL: V sb..- Issledovaniya po teorii sooruzheniy. Nr 7. Moscow,
Gosstroyizdat, 1957, pp 111-120
ABSTRACT: The effect of suddenly applied and suddenly removed loads
on a beam of finite length is examined on the basis of the solu-
tion of the problem concerning the oscillation of a beam of in-
finite length to wbich a concentrated load is applied suddenly.
The beam of infinite length is loaded in such a way that any
finite section of its length bounded by two especially selected
cross sections can be considered as a freely supported beam.
The solution of the oscillation problem of such a beam section
is obtained from the solution of a beam of infinite length by the
superimposi.tion method. A detailed investigation of a uniformly
distributed load of short duration is made. The duration oi
Card 1/2 load application is taken from the formula 6t ~ T1/Zn'

SOV/124-58-5-5765
On the Effect of Suddenly Applied and Suddenly Removed Loads
where TI is the period of the basic mode of natural vibration and is succes-
sively given the values of 1, 2, .. This method reveals the overall picture
of the variation of the bending moments in the cross-sectionaI plane of the
beam in relation to time. By applying the deductions drawn from the above
experiment, the author is inclined to explain the location of crack formations,
during the failure of a brittle bearn, which tend to occur in cross sections
nearer the supports rather than in the central cross section.
A. 1. Oseled1ko
1. Beams--Oscillation
2. Oscillations--Mathematical analysis
Card 2/2

CHIRKOV,.Ya.N.
I . Calculating scaffold frames witb elastic SUPPOrts- Hauch.-tekbe
inform.hiul.LPI noel/2-.3.93-904 '58. (MIRA. 12.- 6)
(Structural frames)

.,HIUOV,. To. N.
Designing continuous be&= on elastic supports and fixings.
Trudy LPI no.197:56-67 '58. (MIRA 13:3)
(Girders)

CHIRKOVO U.N.
Calculating statically indeterminate system. Trudy LFI no.197.-68-72
'58. (MIRA 13:3)
(Girders)

- CHLRKOV, U.N.
Mractical method of determiulng thermal stresses in a unilaterally
fixed plate. Trudy LPI no*208:207-222 160, (MIRA 1319)
(Ilastic plates and shells)

CHIRKOV, Yakov Nikitich; VASIL'YEVp P.I., red.
(Ribbed reinforced-conerste floors and roofal Zhelezobeton-
noe rebristoe perakrytie; uchebnoe posobie po kurammu
proaktirovanilu. Leningrad, Leningr. politekhn.in-t, 1562.
167 p. (MIRA 16:11)
(Reinforced concrete construction)

AUTHORS:
TITM:
Pugachev, A. I., Chirkov, Ye. F.
Spot welding M 4o (m4o) alloy
37991
S11 37/62/000/005/139/150
A052/A101
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 5, 1962, 45, abstract
5E239 (V sb. "Defondruyemyye aluymin. splavy". Moscow, Oborongiz,
1961, 164 - 173)
TD(T: When M40 alloy was introduced in the industry the task was set to
investigate its weldability, to work out welding conditions and to determine the
strength characteristics of joints. M40 alloy in the state after hardening at
at The
5000C and 10 hour artificial aging at 2000C has 6b' - 4o kg/.m2
urelding was carried out on MTH11 -6oo (MTI~-600) m achine and on PMC 0 -5 C 5,
MISO-5S5) electromagnetic machine. It is established that for hardened plated
sheets 2 mm thick a high electrode reduction pressure (',,-,4,000 Xg) is necessary
-v.'hich enables one to overcome completely the elastic resistance of sheets at re-
duction and to eliminate splashes and other welding defects. The welding pres-
sure must be as low as possible (0-15 0.20 of the electrode reduction pressure)
Card 41

S/137/62VWC,05/139/150
Spot welding M 40 (M40) alloy A052/A101 .
and the welding current pulse as stable as possible (_,~~0,2 sec.). The forging
pressure must exceed the welding pressure by a factor of 6 - 7.. The recornended
welding-conditlions on WIP-600 machine for various states of the alloy are sum-
marized in the table 1 and those for the artificially aged state e,. sheets of
different thicImesses in the table 2. High mechanical properties of spot joints
are the essential advantage of 14140 alloy. Compared with other alloys of its
group it is considerably less liable to the thermal softening, pore and crack
formation.
Ye. Terpugov.
card PA4

CH'T."CiL Y:EGFG,
S rM.3 prob---mj ir i.-~rgcn,-.arc welding of Uie, 14-40 all,-,y. Svar. Frzizv-.
n,:,.7..X-3"f P- 165. 0".--,il!~ --,P!8)

L 46979-66 FNr?(k)/E4,,V W /T./oWT-F(W
ACC NR, a6o24949
AUTHORt Chirkovp Ye. F.; Simonovap 1. L
ORG.* none
TITLE: Thin-walled tubes of x4o alloy
&4/0331/0340
SOURCE: Alyuminiyevyye splavy, no. 41 1966. Zharoprochnyye i vysokoproohnyyo splavy;
(Heat resistant and high-strength alloys)s 331-340
TOPIC TAGSt aluminum alloy property, metal tube
1/1
ABSTRAC.Tt Thin-walled tubes of I-P~ aluminum alloy 1(41 x P mm in diameter), obtaineJ
= 48-49 kg/1
by cold rolling of pressed tube billotsp had the followinipproparties: cru
=2, 0'0 - 33-34 kg/mn2t 6 = 16-17%. The optimum oonditibiTT-oTIF-eprocess for pro-
ducing dIn-walled tubes from 1-1-40 alloy were found to be: pressing of the interme
ate tube 54 x 48 mn in diameter trom 415-435*c, pressing rato I M/min;
cold rolling to a diameter of 41 x 38 mm; quenching from 5081300; sizing and mechani-~!
cal straightening. It was found that tubou of I-P4 alloy can be cold-rolled at high 1~
delivery rates; the latter do not affect the mechanical properties. Tha Woos can be!
forged in the quenched state. Sizing and straightening do not impair tho mechanical I
properties. The optimum schedule of artificial aging was found to be M hr at 1750C.1
The mechanical properties of thin-walled tubes were shown to have only slight differ-t
ences along the direction of rolling and at right angles to it. The corrosion hav-i
Card 1/2

L 46979-66
ACC NRt ,
-3
ior of thin-walled tubes of 14-40 alloy is similar to that of tubes of D-16 alloy.
Authors thank V. A. Shelamov and K. A. Timokhova for assistance In the preparation of
the tubes. Orig. art. hass 6 figures and 3 tables,
SUB CODES 11/ SUBM DATSS none
2

L 46113-66 EWT M)/_EWP(V)/1AWRW&n/aPfL) TjR(C)
ID /uM
ACC NRt AP6031411 SOURCE CODE: UR1013M66100010091002010023
AUTHOR: Chirkov, Ye. F. (Engineer); Sokolov, V. L. (Engineer); Mellnikov, Yu. V.
(Enginee'ff~~~,
ORG: none
TITLE! Automatic argon-shielded weldin of M40 p2loy
SOURCE: Svarochnoye proizvodstvo, no. 9, 1966! 20-23
TOPIC TAGS: aluminum alloy, alloy welding, XG welding, automatic 0= welding,
-vubt mechanical property/m40 alloy
ABSTRACT! Experiments have been made to determine the optimum conditions for auto-
matic MIG welding M40 aluminum alloy. Clad alloy sheets, 3-mm thick.,heat-treated,
strain-hardened and aged (TNI), or heat-treated and strain-hardened (TN), were auto
matically MIG welded with M40 or HMg6 alloy filler. All welds were found to be
helium tight. The highest weld efficiency (87.7%) and a tensile strength of
38.5-42.2 kg/mm2'at a bend angle of 38-40 deg were obtained in welds with base
and root reinforeemc-nts made with M40 filler wire, a specific heat input of
0.408 ca.1/sec-cm, and a steel backup plate with a 6.0 x (1.2-1.3) mm groove. The
same welds without reinforcement had a tensile strength of 34-35 kg/MM2, -a bend
angle of 44-48 degi and a weld efficiency of 76.5%. A 7-12% increase in the heath
input. lowers the weld strength by 12%. The use of a copper backup plate, the absepeet,
.--.A 1/2 uDc: 621-791-753.93:669-35

L 46113-66
X NRs AP6031411
C)
of a gap between faying edges, or a-small groove in the backup bar require a higher,:
heat input, which lowers the weld strength, Aging after welding M40 alloy in the
Mcondition did not improve the m,!chanical properties; hence, full heat treatment
of parts from M40 alloy should precede welding. Welding with AMg6 filler Vire brougb
about no appreciable difference in the strength of m4o alloy welds, but It increaseq
the bend angle to 50-57 deg and also increased by almost five times the suscepti-
bility of AO alloy welds to hot cracking. The difference in strength between the
weld and base metal decreases with increasing temperature, and at 250C equals zero.".
Orig. art. has: 3 figures and 2 tables. (M51
SUB CODE: 13/ SUBM DATE: none/ ORIG REF:* 005/ OTH REP: DOI/ ATD PRESS:
508T
1~f

DYHHOVA, Z.I.; MAITYMBINA, N.A.; MOSKI'DIA, PROKOFIYEV,'~, G.F.;
MARLM4OV, V.T.; CHIIUQV~S, :Ye.P.; FODOR, G.; FILIF,'I.
[Radioactive isotopes and labeled coirpounds; a enta2og)
Radioaktivnye isotopy i mechenye soedineniia; katalog.
14oskvap AtomiMat, 1964. 343 p. (MIM 18:1)
1. Sovet okonomicheskoy vzaimoymmonhobi. PoL3taynnriaja kc-
missiya po Ispoltzovaniyu energii v mirnykh tselyaYh.

Car,.4
POLIBMT, N.Ta., inshoner; GONTOVBNXD, N.P., inshoner; TAX41LIN, L.I.,
inzhoner; CHIMV To V., inzhoner; AVRLMENKO, P.S., inshener.
Mechanization and automation of the Tarnish insulation section
in the line for continuous manufacturing of armatures for direct
W--A. *vj -- N get

ZHUKOVA, T.; SAWIN, .I.; BELYAYEV, I.; TYNCHINKO, L.; BIRYUKOVA,, V.;
KHDKHIDV, F.; YEFMLAYEV, P.; MORYGANOV, A.; BUTIKOV, Tevg.;
AHIMOV. Yu2, starshiy nauchnyy sotr.; POLYAKOVA, V., red.;
USTjNOrA-,-9.-v tekhn. red.
(Corn] Kukuraza. Moskva, Hook. rabochiig 1962. 99 p.
(MIRA 15:12)
1, Nauchnyye sotrudniki Nauchno-isoledovatellskogo instituta
sellakogo khozysystva tsentrallnykh rayonov nechernozemnoy
zony (for all except Chirkov, Polyakova, Ustinova). 2. TSent-
rallnyy inotitut prognosov (for Chirkov).
(Corn (Maize))

CHIRIKOV, Yu.F.
Effect of ;6sphates on the output of ethereal oil. Dokl. AN SSSR
155 no.6tl460-1462 AP 164, (MIRA 17:4)
1. Krymskiy filial Vaesoyuznogo nauchno-issleda7atellskogo
instituta mas3-ichnykh i efiromas3ichnykh kulftur. Predstavlano
akademikom N.M.Sisakyanom.

rgTgXn'7-Y11- U-"i3JRSHTE-fN, R. Kh.; MARKIN$ V. S.; PSHENICHNIKOV, A. G.;
CHIZMADZHEV, I. A.
"Investigation of the Relationship between the Structure and the
Electrochemical Properties of a Porous Gas Electrodee"
-~ochemical
Report presented at the 14th meeting.CITCE$ Intl* Comm. of Elec
Thermodynamics and Kinetics, Moscow, 19-25 Aug 63.
Institute of Electrochemistry, Academy.of Sciences of USSR.

LEVICH.. V.G.; ~~N, V.S.; CHIRKOVj YU.G.
Elestrio conductivity and electron paramagnetic resonance signal
in polymeric, materials built up of molecules with conjugate double
bonds. DokI. AN SSSR 149 n0-4.1894-896 Ap 163. (KRA 160)
l.. I.Pstitut elektrokhinii AN SM. 2. Chlen-korrespondent AN.SM
(for lavioh).
(Po1jimrs-Blectric proportion)
kliectron paramagnetic r4o,n~tnce and relaxation)

MARIKINI VA; CHIZHANHEVI juA,; CHIRKOV, Yu,G.
Amomm""m
ThOOZ7 Of POZOUS Ps a3aaltv&s, Qm1putation of effeetive
f 163.
coefficients. Dckl. AN SOO W,.m&.3t596-599 V
(MIRA 3,6a 6)
1. Inatitut elektrakhimii SSS~. Predstavleno akademikam
A. N. Frunkinym iftectrodeo) (Foroqx paterials)

- CHIRKOV Yu.G.; CHIZMADZHVV, YuoAo
Mechanism of generation of current in a gaseous porous electrode.
Report No.lt Diffut;ion in 6' -phase* Izv,AN SSSR.Ser.khim. no.2:
225-234 F 164., - (MIRA 17:3)
1. Institut elektrokhimil AN SSSR.

4-HIRKOV
,
Study of the mechanism of current generation in a gaseous porous
electrode taking molecular diffusion and electrolyte film into
account. Izv. AN SSSR. Ser.khim. no.3-558-561 Mr 164.
(MIRA 17:4)
1. Institut elektrokhimli AN SSSR.

MVICH, V.G.; CHIZMADZHEV, Yu. A.; CHIRKOV, Yu.G.
Polarization curves for electrodes partly Immersed in an
electrolyte solution. Dokl. AN SSSR 1417 no. 2:404-407 J1 164.
(MIRA '7.-7)
1. Institut elektrokhimii AL SSSR. 2. Chlen-korrespondent AN,
SSSR (for Levich).

LVICTIt V.G.; MARKIN, V.S.- CHIRKOV. Yu.G.
Thermal diffusion In 1'qulds at the rotating disk surface.
EIrAtroMilmiia 1 no.NtI416,1421 D 165.
0 q-RA 19t1)
1. Tnstitut elektroldilmii AN SSSP. Submitted April 19, 1965.

L 33161--66 _;"ViT (m IN /T IJPk'c) V')
ACC'NRt AP6019242 (A) SOURCE CODE: UR/0364/66/002/003/0373/0377
AUTHOR: Chizmadzhev, Yu. A.; Chirko!K,_Yu. G.; Belokopytov, V. P.
ORG: Institute of Electrochemistry, AcadeTy of SciencesSSSSR (Institut elektrokhimii
Akademii nauk SSSR ); Scientific Research Physicochemical Institute im. L. Ya. Karpov,
Moscqw (Nauchno-issledovatellskiy-fi-z-fWo--IPlm-l-c-We-s-Fly-ii-i-s-fl-fuTr-----------
TITIX: Current generation in electrodesl1with porous surfaces
SOURCE: Elektrokhimiya, v. 2, no. 3, 1966, 373-377
TOPIC TAGS: electrode, electric current, electrochemistry, surface condition, porous
material, polarization, electric potential, hydrogen , porous metal, porosity
ABSTRACT: Partially submerged electrodes with porous surfaces are investigated. Some
parameters considered in deriving the polarization characteristics were: Al--thick-
ness of the porous layer; A--tbickness of the electrolyte film of length L;-the dimen-
sionless polarization j=eo/W, where e=electronic charge, k=Boltzman constant and T=
=absolute temperature-; and the dimensionless concentration C. = c s/co where cs=the con
centration of H2 on the surface of the electrode and co=concentration Of H2 on the
surface layer., The current density for electrochemical changes inside the porous lay-
er was given by
UDC: 541.13
2

ACC NRg AP6019242
~1
where io=current interchange on a smooth surface. Boundary conditions were establish-
ed for the above equation and parametric curves were shown for csas a function of
~. The values for the current I were determined from the parameter Y=(AgS/c)1/2 where
e=2FDcO/AiO- another parameter which depends on the boundary conditions, g=surface po-
rosity, F--Faraday constant and S=specific surface reactivity. Curves are given for
I=f(S) for different values of ~o and for I=f(~O), comparing porous with smooth sur-
faces. In the region of low polarization (~O 4) the porous electrode had a current
generating ability about 10 times that of the smooth electrode. Orig. art. has: 4
figures, 7 formulas.
SUB CODE; 07,20 SUBM DATE: 2Wu165/ ORIG REF: 003/ OTH REF: 001

MIKHAYLOV.. Yu.I., kand. tekhn. natk;_C41RKqV Y~L.,, inzh.1
MAKVEV, A.A., insh. j-
Opening the northern group of mines in the Krivoy Rog
Basin* ~Iet. i gornorad. prom. no-5:56-61 S-0 '63.
(MIRA 16:32)
lo Krivorozhakiy gornorudrqy institut (for YAkWqlovp
Chirkov). 2. Rudnik im. Ordzhonikidze (for Makeyev).

GHIRKOVP YU.I.
Methods of determining, aeTt-uhn opttm&l. piaLmeters of mines with
conveyor holatiiig l!) tha y 'Rog llsR--In. ~Ibor. naucb.
0 ~rr)0
KGRI no.23976-78 t63 (RI RA 11

.PH Yu.I.1 NAZARCHUK, H.N.; KUCHIRYAVENKO, LA.
~Oyj. ~ :~- -
Improving stoping operation teohniques at the 05aksagan"'
Hine. Met. i gornorud. prom. no.102-74 Ja-F 164. (KMA 17:10)

_~HIRK~YtJ4!1_!p bib.
Opening of Krivoy Rog Iksin ore deposits with the use of in-
clined conveyor shafts. lzv,vys,uchebe zave; gor, zhur,,
7 no.3t24-30 t64 (NIRA 1728)
lo Krivorozhokiy gornorudnyy inatitut, Rokomendovana, kafedroy
razrabotki mestorozbdeniy poleznykh iskopayemykh.

MIKHAYIOV, Yu.I., dotsent; CHIRKOV, Yu.I., dotsent
Determining the optimal number of levels being opened by one
stage of an inclined conveyor shaft. Izv. vys. ucheb. zav.;
gor. zhur. 7 no.10:11-14 164.
(14M 18: 1)
1. Krivorozhskiy gornyy institut. Rekomendovana, kafedroy rudnich-
nogo transporta i gornykh maahin.

CHIRKOV. Yu j, kand. takhno nauk; BERKALIYEV, B,T,
I a I
Methods of stripping thick steeply dipping iron ore beds. Vast.
AN Xazakh. SSR 20 no.707-81, il 164.
(MMA 17 111)

kand. tekhn. nauk;
MALAKHOV,, G.M,, doktor tekhn. nauk;_PU3RK
KUCHERYAVENKO, I*A&, kand, tekhn. nauk; ZYMALEV, G.S.;
KHIVRENKO, A.F.; NESTERFSKO., V.V.
Introduction of new variants of the system of sublevel caving
at "Dzerzhinskrud" Trust mines. Met. i gornorud. prom. no.2:
50-54 Mr-Ap 165. (MIRA 18:5)

CHIRKOV. Yu.I.; MAKEYEV, A.A.; KUCHERYAVENKO, I.A.
Ways of increasing labor productivityin the haulage of hard
lump ore. Met. i gornorud. prom. no.2t56-58 Mr-Ap 165. (MIRA 18:5)

MAKEYEV, A.A.; DYADECHKIN, N.I.;-~
Testing "zornogranulit" 80/20b in underground conditions. Gor. zhur.
no.5:34-35 My 165. (Ydra 180)
1. Ridoupravleniye im. Ord?,honikidze (for Makeyev). 2. Krivorozhakiy
gornorudnyy institut (for Dyadechkin, Ghirkov).

OHIRKOVY
rasnasting of the
~,,Ield. Nkst-or. 1 165.
(IMIRA 2.8!8'1

'"INCHEVSKIYp NP.; SHVETSj F.V.; CHIRKqV4,,Yu,jq KUCHERTAVENKOI I.A.
't.
Concrete lining of the workings of scraper levels in ore
mines, Mate i gornorud. prom. no.4s77-78 JI-Ag 165,
(MIRA 18alO)

CHIRKOV, Yuel.; BELUMINA, G.V.
4 - -- , - --
Microc3imate and heat balance on crop:3 of irrigated and nonirrigated
corn in Ploldavia, Trudy TSIP no.145:90-99 165- (MIPA :otlo)

C-WRr,ov, Yu-i -
AID P - 3W.
Subject LISSR/Mateorology
Card 1/1 Nb. 71-a - 13/23
Author : Chirkov$ju..j.
Title : Determining viability of winter crops at agrioultural-meteorological
stations by observing the growth of the cone
Periodical : Yat. i. gidr.,, 5,, 47-481 SIO 1955
Abstract : The article explains in detail the rathod worlmd out by Rrof. F. M.
Kuperman of Moscow State University for observation of winter
crops viability.
Institution : None
Submitted i No date

AID P - 385e
Subject USSR/meteorology
Card 1/1 Pub. 71-a - 21/35
Author : Chirkov Yu I
Title : Hydrometeorological service at regional agriculture
exhibits (Agro-meteorological station Lenino-
Dachnoye~.
Periodical : Met. i. gidr., 6, 51-52, N/D 1955
Abstract : A report on the participation of this station in a
regional agriculture exhibit in the Moskovskaya-oblast.
One photo.
Institution : None
Submitted : No date

ACC NRt Ap6024513
turns out then to be 1013 cmrs. If a ruby User is used (power -107 W/CM2)., induced
PAifian scattering can be obaerved In 11guidap with a quaTtum yield of oeveml times
ten per cent and a molecule density 1016 cir3 at the upper leveL The proposed ex-
citation mechanism is realizable in principle in Metalop too* Orig. art. has:
I figure and 2 formulaeo [021
'7
SUB CODE: 20/ SM DATE: 14*yM/ OMG M 003/ OM MF1 003/
ATD PRESS.' SV.37

OSTASSBKO, F.I., kand. biolog. nauk;_~HIRFM t
~ V.A., ar.Firin
Gloves from polyetbylene Mne Vaterinarlia 42 no.11:111-la?
N 165s (Y.Tpuk IQ'..l)
1. Nauchno-issledovatellslc~y institut zhivotnovodstva
leeostp-pi i Poleslya UkrSSR.

CHIMOV, V.A., starshiy nauchnyy sotrudnik
- --l
Using brushwood as forti.Uzer. Put' i put. khoz. 7 no.10:34 163.
(MM 16:12 )
1. Vsesoyuznyy nauchno-issledovatellskiy institut zheleznodo-
rozhnogo transportao

EXCERPTA JAEDICA See 13 V01 13/5 Dervatology X&Y 59 Wj
1295. LATE RESULTS OF THE TREATMENT OF SKIN PATIENTS BY SUG-
GESTION (Russian lext) --CILLr-kov V.D. -NAUCH.ZAP.GORK.INST.
DERM.IVEN,F.R.KAF.KOZHNO--VEIMff.MLEZ.GGM11956, 17(132-i41)
Sixty-seven patients with various skin conditions were treated by hypnosis and
followed up for 1.5 to 18 months. Good lastin results were obtained In cases of
juvenile warts and lichen ruber planua, less Isvourable in eczema and neuro-
dermatitis. All patients with psoriasis relapsed. (S)

CHIRKOV., V. D. (Gorlkiy)
0 vliyanii vozbuzbdeniya korkovykb proyektsionnykb zon na protsessy
desinkhronizatsii elektricheskoy aktivnosti. kory, bollshikh polushzrii
report submitted for the First Moscow Conference on Reticular Fomation,
Moscov,,, 22-26 March 1960.

z
CHIRKOV, V. D., Oand Med Sci -- "On the mechan.Lsff of excita-
tion irradiation in the cortex of the cerebral hem'LsDheres."
Rostov n/D, 1961. (Rostov n/~b State Med Inat) (KL, B-61,
266)
- 538 -

BELEKKOVy
Irradiation of strycbnine StilmIlAtiOn PrOvOkOd in the cerebra3
cortex. Zhurvys.nerv.doiat. nno.3012-521 My-Je 161.
(MIRA 34:7)
1, Chair of Normal Physiology Medical Institute, Gorky.
(STRYCHNINE) tCFJWRAL CORTEX)
Mpnwsy)

BEIXMOV., N.Yu.; CHIRKOV, V.D.
On the effect of stimulation,.of'tW aortical projection zones
on the process of nera3izati;~ ok-the eieotricil reaction
(desynchronizationFin the-ce b6A cortex. Zh. V~7884. nerv.
.1*
deiat. Favlov 13 no.3:390-397 16j. (MIRA 17:9)
1. Kafedra normallnoy fiziologif .(3~kovnk.ogo med.its inskogo
instituta.
(CEREBRAL CORTEX) (RETIC WRKATI-010
(BRAIN K=MOPHYSIOLOGr) 460UND) (L-16HT)

BWNKOV.. N.Yu.; CHIRKOV, V.D.
OrigLn of generalized epileptiform. discharges in the cerebral cor--
tax. Zhur.vys.nerv.deiat 11+ no.1:68-76 Ja-F 164- (MIRA 17:6)
1. Chair of Normal Physiology., Medical Institute, Gorkiy.

BEUNKOV, N.YL.; CHIRKOV, V.D.
- Wmww~
liechaniBm of the synchronization of neuron activity. Zbur. vys.
nerv. deiat. 15 no.1:128-139 Ja-F 165.
(MIRA 18:5)
1. KafEdra normallnoy fiziologii Gorlkovskogo ineditsinskogo
instituta.

LICHt II.M.; CHIRKOV V.G.
Why automatic machirm tools stand idle. Hashinostroitell
no.10:39-40 0 161. (MIRA 14:9)
(Factory management)

12CH, Nikolay Mikhaylovich; CHUM Vladimir Grigortyevich; TAURIT,
G.E., dots.p retsenz;4j--XF'4-TG-, D.B., red.;-GMMMPOLISKAYA,
M.S.9 tekhn. red.
[Improving the efficiency of automatic lathes] Povyshenie ef-
fektivnosti tokarnykh avtomatov. Moskva, Mashgiz, 1962. 158 P.
(MIU 15:4)
(Lathes)

Effioient operation of automatic lathes. Vest.mashinostr. 42
no.7M-82 Jl 162. , (MM 1518)
(Lathes)

CHIRKOV, V. G.,, kend. ekonom. nauk
." -----------
Dependenm vf 'the tim In vh1oh additional capital expendi-
tures pay for themelven from the productivity of equipment* -
Mash%astraeftle no.51lOI-105 M 162. (MIRA 1611)
1. Klyevskiy politekbnicbeskiy institut.
(Machinery industry-Finance)

rEMOV V. G
Calculating the effective coat of a machine/hour. Mashinostroitell
no.106.36-37 0 162. (MIRA 15:10)
(Machine tools-Production standards)

LYCHV No Hop liando tsktme mauk, dotsent; CHMKOV, V. Go., kando ekono-
micbeis)dM nauk
Inoreaoing labor'lproduottivity bar automtion. Izv. vyo* ucheb.
zavo; masbimetre no*7:20,D-~08 162a (MIRA 16: 1)
1. Kiyevskiy PoUtekbnichemkiy institut,
(Autamtion)

LICBO B.M.0 kand*teJd1jun&-,*; CRTMOVO V.G. kand.ekonom.nauk
Moot Important objectives of further mechanization and automation of
automatic-lathe shope. Heki-Ni avtox. proixv. 17 no.21l-4 F 163.
(MIRA 16:2)
(Lathe,3) (Automation)

J,G.~,_.kand ekon-am'nau)k
QHWQVi 0
Determining-equipmnt productivity in the production of.a. wide...
range of articles. Mashinostroenis nos4tI13-115 Jl-~Ag 163.
. (NIRA 17:2)
1. Kiyevskiy politokhnicheakiy institut.

CHMKOV, V.G., kand. ekonom..nauk
How to measure the steadiness of the uti2izatiodot equi3mente
MAshinostroitell no#22t4O D 163. (MM 17:1

CHIPYOV, V-0.0 kand. ekon. nauk
Accowting for the ut-andatill of machine tools. yzahinostrottels
no*036-37 Ap'64 (WRA 1717)

i~TSMOV, S.S.1 MkZkIDVo L.N.1 CHIMOV9 V.I*
Computing refractions of ions of the Onou-noble" pses._UT.Sib~!-
otd~V, SM no.2:121-3.25 161.
Is Institut neorganichookoy khimii Sibirskogo otdeleniya. AN SM;
Novosibirsk.
(ions)

S/020J62/145/005/007/020
B181/B104
AUTHORS: Vaynshteyn, E. Ye.t and Chirkov, V. I.
TITLE: Peculiarities of the X-ray emission spectrum of titanium in
carbon nitrides
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 1451 no- 5, 1962, 1031-1034
TEXT: The XV-satellite line in the X-ray emission spectrum of metallic
compounds was assumed to originate in the cross~transition of electrons
from the valence level of the anion to freedom as the result of a
X-ionlzation of the le-levels of the absorbing metal Ion. For this reason
the KP-energy may be expected to depend strongly on the character of the
bond. -Where various elements are bound, a splitting into K,,,,and K is
P211
to be expected. A APC-2 (DRS-2) spectrometer wias used to investigate
the spextrum of titanium carbon nitrides. The X-ray apparatus was
operated with 20 kV and 6 ma. The lines were recorded with the M~1-4
IMF-4) microphotometer at a rate of 6 mm/min and a slit width of 0.3 mm,

S/02 62/145/005/007/020
Peculiarities of the X-ray B181YB104
the same conditions having been taken as a basis in the previous paper
on the fine structure of the X-ray-K-spectrum (DAN9 140, 56o (1961). The.
lines and KP211P occurring in carbon nitride, show a dependence on the
C-concentration which differs from that of the corresponding oubstdnGe in
a mixture of titanium carbide with titanium nitride. Therd are 3 fieures
and 1 table.
ASSOCIATION: Inatitut noorganicheakoy khimii Sibirskogo otdelaniya
-Akademii nauk SSSR (Institute of Inorganic Chemistry of the
Siberian Department of the Academy of Sciences USSR)
PRESSiTED., April 9) 1962, by As P, Vinogradov, Academician
SUBIMITTED: February 23P 1962
Card 2/3

S1020V621145100510071020
Peculiarities of the X-ray 33101/ .0104
Fire 1. 'The lilies of the K,-rroup of the X-ray spectrum of titanium in
carbides, nitrides and carbon nitrides at various G-concentration,
(a) shows the experimental microphotometric curves (recorded on a photo-
graphic plate); (b) shows tho same curves after elimination of the
superposel KPI -line (dotted on picture a) and of the variation of Intensity.
Legend:
in ~',: (1) 01 (2) 22; (3) 261 (4) 35; (5) 43; (6) 100'.
Z9
Card 3/3

VAYNSHTEYN, E. Ye.; CHIRKOV, V.I.
X-ray K!-spectra of titanium emission in lower oxides (Ti - TiO&O
Dokl. AN SSSR 155 no. 2:381-384 Mr 164. (MIRA 17:5)
1. Institut neorganicheskoy khiaii Sibirskogo otdeleniya AN
SSSR. Predstavleno akademikom I.V.Tananayevym.

3,u-a(!L"I.rp nf X-ray M.- 1!
T i c 'DOM AN 157 2 '-3&
1,20
ori, olc:vjvi--ya
instilill. ro, anir. e3k~v khim-
Pr~flstaviencj amadem1kc-M

DANIIDV, A.A.; CHIRKOVj V.I. -
I -- ""RW""ftft"v
Correction factor for the K-index of the YakutBk magnetic
observatory,,.Geomag..i aer. 5 no.3:588-590 My-Je 165.
(MIRA 18-5)
1. Institut kosmofizicheskikh issledovaniy i aeronomii Yakutskogo
filiala Sibirskogo otdeleniya AN SSSR.

LJIU-66 'EWT(1)/EWT(m)/EPF(c)/T/EWP(t)/IWP(b) IJP(c) JD/GG
ACCESSION HR.6 AP501W73 UP/0020/65/163/OD:L/0063/0066
4?
36.
AWA OR i
njbtMML_B. Ye. chip
TITIE., X-ray F6,j.2 and YV Iemission lines of titanium In oxides
SOURCE: Pli SSSR. Dokladyp ve 163f no* 11 1965f 63-a
TOPIC TAGS: titanium oxidep x ray emission, line width, crystal lattice structure,
spectral fine structure
AMTRACT: lhis is a continuation of earlier experimental investigations (DAII
3~55 no. 2, 1964 and DAN v. 3.57, no. 21 1964) devoted to the fine structur f Y43
1 0 0
emission bands of titanium in lower oxides (TiOn) of the hexagonal (0 < n < 0.48)5
and cubic (0.85 < n < 1.2) structure in the region of homogeneity of these phases,
In the present paper these data are supplemented with informtion an the energy slid
shape of the 1;~f and Yp:L emission lines in the same phatesp of variable composi-I
tion) and also Wother oxides with 3-5 < n < 2. The lower oxides were prepared
in the save manner as before. The preparation of the other oxides is described
briefly The x-ray spectra and the fluorescence of the titanium in the ox4des
'were de4rm-ined with a DRS-2 speetrograph under conditions similar to those of the
earlier experirrenLs. The results show that for the lower oxidea (up to n = 1.20)
the energy of the maxima of the K. ame as
.1 and Yu2 Mae remains constant and the a
f Card 1/2

L 3897-66
1 ACCESGION 14R: AP50IW73
In metallic titanium. The'mxiVW;6 of the Fp., remaIns constant for the hexagonal
but shifts in the range 0.85 < n < 1.2 t
oxides owards the longer wavelengths,.The
shapes (half-vidths and asy=etry indices) of the Ka liner. remain constant when
o < n < 0,45. The half-vidth of the line increahbi linearly, and its asyr=et-
ry Index has a more caMlicated variation. In the cubic structure oxides the para-
meters of all lines behave in aralogous fashion, the half-width Increasing linear-
ly and the asymmetry index exhibiting noruzzonotonic variation. 11o appreciable de-
gree of homogeneity is observed vhen 1.5 < n < 2, but the maxima of all lines shift
towards the long-wave side. The results are interpreted from the point of view of.
the number of electrons participating in the chemical bond. This report wan pre-
sented by A. P. VinoRTaday. Orig. aft. hast 4 figures and 1 table.
ASSOCIATION: nstitut neorganicbeskoy khImil 81birskogo otdeleniya Altademii nauk
SSSR (Institute of Inorganic Chemistry, Siberian D ient Academy of Sciences
~SSSR - Institut geokhimii ianaliticheskay kbinii im. V.
nauk OSS11 Q m-tA ute of GeocbmistXX and Analytic Chemiut , Acadamr of Sciences
i SUBMrMl MeA ENCM DD BUD COM OP) 88
IM REP SOVI 0,10 OTW: 003
Card .2/2

E;';T(l) !JP(c) AT /YU
CODS:
NRi
AUTHOR: Chirkov, V. P.
ORG: none
TITLE; Determination of electron concentration of plasma in a reflex klystron
SOURCE: lzmaritelinaya takhnika, no. 6. 1966, 41-42
TOPIC TAGS: reflex klystron, SHF oscillator, gas discharge plasma, plasma diagnostics
ABSTRACT: 1heuseof a positive-repeller reflex klystron for diagnosing gas4ischarge
-Dlasma is discussed; the plasma is created inside the klystron, and its electron
concentration is date-mined. Two methods of plasma generation are possible:
(1) Two needle electrodes are inserted into the space between the resonator grids,
and a voltage is applied to the needles; the plasma is formed due to the presence
of residual gaBes; (2) A plasma is injected into the resonator cavity by means of a
plasma gun at right angles to the klystron axis. Interacting with the electron beam,
the plasma is continuously withdrawn from the resonator by means of a special
probe hold at a potential positive with respect to the cathode. The plasma electron
concentration is calculated from this formula: MUM-Utum)
U. (U. Cos U.)
2
Card
2
UDC: 621.38~.6

L 40380-66
ACC NRs AR
9:~~
M at
;where " ~ - A total net error of t 1% is expected; however, considering discharge-
electrode-effect on the beam, probe field, ion background'# etc., the error may I
reach 15 to-*10%. Orig. art. has: 10 formulas. [031
SUB CODE: 20, 09 / SUBM DATEs none / ORIG REF: 0021 ATD pRESS;,TjS-_:~
14.4 P

CHIRKOV, V.Ne; SOLYANOV. N#X.. red.; MWIDOVA,, LJF., tokhn. red.
I - -
* I V
r- Oilseed plants In Uzbekistan aelichWe kallt=7 v Usbakistans.
Thshkent,, Goo. lzd-vo UsSM4 19~4. 67 p. (Treibletnis kolkhmp
agrozootakhuichookle karsy 2. god obudheniia). (mm 11-t8)
Mzbekletan-Ollueed piants)

CHIRKOV, V.I.
4678. Maellahme ftlitury ( Uibskistaw). %shkont, oosizut uzaR, '1%# 72 Beg*
Ill. 23 Sm. ( ftakhletuiye Agrozootekht. ruray. Vtoroy God Obachoniya). 10.000 Aks.
2R. 50 1 V Per-Na Peroplete Avt. ]b 71azan.-Na Uzbek. Tax-(34-37013) 633.83
(584.4).

YlVGRAYOV. G#X.; IOSILBVSKIY. L.I.,kand. takhn. nauk: CMUM~Ov-,,-P- , inxh.
Affectiveness of using polygonal and upper prestressed reinforcement
in bridge spans. Transp. strai. 9 ne.4:10-16 Ap '59.
(MIRA 12:6)
l.Daystvitel'W7 chlen Akadexii stroitelistva i arkhitektury (for
Tevgrafov). (Bridgee, Concrete)

10SIMSIXTj Lsil.v kl.ulditOkM-nwkl-.M" , kwg.takhn.nauk
11 ~
RealsiAnce to to"16n'ju uwlbbed spams Tranap.strol's - I ..
A uo*12139-42 9 164* (MFA 1911)

CHIRKOV, V. P.
-------------------------
Fleld toots of Prestressed girders for the effect of transverse
forces. Trarmp. stroi. 13 no.4:53-57 lp ,634
(MIRA 16W
(Beams and girders-Tooting)

L.I., kand.t!--k!m.nauk,--EqIRKOV I-iazb,.
XJU
Exporimental spans with verticaUy stressed hoops. Transp.ptroi.
13 A0.0'I'54-57 - S 163. (MI%A 16:32j
W

OSIMININ, A.A.; CHIRKOV,-'V.P.,-,
Junction transistor R-C oscillator with a great number of phasing
circuits. Izm.telch. no.llt4&48 N 163. (MIRA 16:12)

CHMKOV, V.P.; SIIITOVp Ye.V. [deceased)
Method of visible recording with a magnetoelectric ascillograph.
Priborostroenie no.6t9_10 Je 164. WIRA 18:3)

CHIRKOV) V&PO
New method for frequency meaaureraents baoed on the Hi,11 Ofect.
IF,v, vys,. ucheb, zav.;. radintekh. 8 nn.-2-2F!4--286 Mr-Ap 16-5.
(11IRA 18-.7)

YVGRAPOV, Georgiy Ronstantinovich, *of*,, doktCT UkLxmk~ IOSnZVSK3Xv
Wj&t am
IAm Izraildvieb,, Iznd.tekbs.z&uk, dot AnatolW
BOGD4W
Vaoillyevi6bp kandl.tekbnonaukt doteent; N:uw:,Ay
MOM*
Nikolayevicb., kaz&tekbz.u&ukj, dotoent; 7 Gesirikh
Mikbaylovich,, iuW2.; CUMOK, 7 .ladilen Favl*Aeb, bkzh..
Prinimal' uchaet~ye: RYBIN# UJON ism*; IFOVI A6600 ixla~*
KMOFANOV,, Tu.Mej inzb.,, retwomont; RARMSMy I.A.j, inzh.
Ted,; USENKO,, L.A., tekbn.red.
[Prestressed bridge girders vdth streta"'i~- of the reinforcement
before the coneivite is placed] Iln 17% 'no napriazhe=Ve
balochMe proletiWe stroeniia, mostov a napriazbouiem armatury
do betoidrovaniia, Kovkvaj Yres,isdatellako-poligT.obPwUnenie
"a putei wobalacheniiap 1962. 282 p. . (KnU 15:4)
1. Daystvitellm" chlen Akademii stroitellstva i arkhitektury
SSSR (for Ysvlgr~rov).
(Bridgeop Concrete) (Prestressed concrete)

ACC NR,'AP700jo~f- SOURCE CODE: UA/Oih2/69/ooi-/0-6,5-/o-6-ffif6f2--
AUTHORs. Chirkov.,
6 T, P,
ORG; none
+ITLE: Low frpquency RC oscillator an a delivics for sensing a weak con-
stant magnetic field
SOURCE; 1VUZ.1 Radiotekhniks, vt 9, no* 59-1966, 6Tl-672
TOPIC TAGSs C nstant magnetic field$ magnetic field measurement,
electronic osci ator,' magnetoresistance
ABSTRACT: A n v circuit for measuring magnetic fieldle proposed. One
of active resi tors of the phasing four-pole network of an RC oscillator
In replaced by a semiconductor with magnetoresistive effect. The semi-*
conductor is p'~aced In a thwrziostat to maintain its resistance at a
constant levels A variable capacitor with its dial calibrated in capac
itance units tn compensate the ph-ase shift which takes place is include
in thid circuit. is the magnetic - field acts on the semiconductor. The
oscillator is tuned tq the maximum amplitude of the quasl-resonance
frequency. Th 'einitial capacitarce of the circuit is determined using
the dial reading 6f.the variable capacitor. The semiconductor is then.
placed in the pognetle field being investigated, The resistance of the
semiconductor increases in magnetic field res~klting in phase unbalance
of the oscillator andp consequentlyv a decrease i.n its amplitude of
L.Card-. .1/2

ACC NO. 0706~bff~
oscillation. in order to restore ascillstions to the frequency of quasip
resonanceg the variable capacitor must be retuned,and the nev reading
noted. Test results indicate that the circuit can det'ermine the magne-
tic field with not-less.than t3% accuracye, Orige-art,'fiass .7 formulas
SUBM DATS: Mun~5/ ORIG'RNIPI 003/ OTH REP: 002
SUB CODEs 0911.-
Card 2/2

CHIRKOV, V.P., inzh.
Transfer of stress from the reinforcement to the concrete.
Bet. i shel.-bet. 8 no.10.-,462-466 o 162. .**.(MIRA 15:11)
(Prestressed concrete-Teo:ting)

CHD-Ko-V,-~--Vlokd3AL.Lavlovieh& inzho.- YKVORHO'V, G.K., prof.; )UHAIEVSKAYA, V.I.,
rW._j GARINA,'_7-.D., tekhn.red.
[Frelimlna~ry squeezing of concrete in beams with various-rain-
foreements; selection of an efficient system for re:~nforcing the
supporfAg sections of prestressed beams] Predvaritellnoe -
obzhatie betona v balkakh s raz3ichnrd skhexani armirovaniia;
k vyboru effektivnoi ekhemy-arairoviniia opornykh uchaetkov.
predvaritellno napriazhennvkh balok. Moskva,-Goa. izd-vo
"Vysshaia sWola.." 1962. 83,p. (Trudy Moskovskogo ordena
Lenina i ordena Trudovogo Krasnogo Znaxenl institute inzhenerov
zhelesnadorozhnogo transporta. no. 163).r (MIRA 16:7)
1. Ohlen Akademii stroitellstva i arkhitektury SSSR (for Yevgrafov),
(Reinforced concrete construction)

KOGAN$ R.M. kand.tekhn.nauki NIKIFOROVI M.V.; FRIDW, Sh.D., kand.tekhn.
;ML~gRUQ.V,,-I--?5-YAKOVLEV, A.F., kand.fiz.-matem.nauk
Datermi-ing the water equivalent of snow cover by means of
airplaze gamma surveys. Meteor. i gidrol. no.4:51-55 Ap 165.
(MI RA 18: 4)
1. Institut prikladnoy geofiziki AN SSSR.

IOSIIEVSKIY, L.I-.,--Imnd. tekhn. nauk; CHIRKDV , Inzh.; CMTNOY, V.M., inzh.
..L V.P..
Effect of anchors on strength, crack resistance, and bundle
fastening in prestressed beams, Bets i zhel.-bet. no.11:
515-518 161. (MIRA 16;8)
(Beams and girders) (Prestressed concrete)

GHMOVP V.P.., aspirant
Simplifying the method of consecutive approximations in the
calculation of the redistribution of stresses in continuous
reinforced concrete beams. Sbor. trud. Inzh.-stroi. fak. ChAl.
politekh. inst. no.3:14,-27 163.
Determining Lending deformations in an element with a single
reinforcement in the second stage of the tensioning condition
taking a lon6-term process into account. Ibid.:28-30 (MRA 17:9)

A" ~'-r S T N
A! FT1,10?
T-C

C
the ~"Tnp, ~tu:;
4
S.nf?v
in TIA
Card 2

-3 i7ni-Al h n T*6 T2 'TI, 0ft, F-

j I
Ep kw

AC,CE-ES-7`11 "".
i , ,
. t -. -1
:1
. r I
1 4 i.- H . I I "I
p

Chilkov (W-d. Inst, Snvtov). Temp. Arkh. 27, I~Tu-O.
Its
imeretion cccwrcd ir, srvn-- anmilm %-,Itb )O'w hrmo-
wh--t decrea-sed while &t of the urin-- -w always be3o-
"MaRl. During remimians the P fractions rriurned to
A 6-,turlmd carb~hydratc metaboVism alto vw
notL~i. Thcz~ :~ metabobc disturbances were probably due
to hypo:z;l which devclops- during t1ne exambation of
.LLS. A. S.

SOV/81-59-16-58497
Translation from: Referativnyy zhurnal. Rhimiya, 1959, Nr 16, pp 4og-41o
AUTHOR:. Chirkov, V.Ya.
TITLE: A Higher Yield of Basic Aviation Gasoline in Installations of Catalytic
Cracking
PERIODICALt Novosti neft. tekhn. Neftepererabotka, 1958, Nr 10, PP 3-5
ABSTRACT; In a two-stage installation of catalytic cracking of the Novo-Groznyy Oil
Refinery several measures have been carried out as a result of whJch the
yield of the aviation component in refining the heavy kerosene-gas oil
fraction of the paraffin base has been increased by 25%. The recycling
of catalytic gas oil in the first and of ligroin in the second stage has
been intensified. 11he design of the raw material heat e:-changers has been
changed, the capacity of the tubular furnace has been increased, an in-
crease of the number of circulations of the catalyst has been attained
am the regenerator has been reconstructed. In the second stage an ad-
ditional tubular heater for ligroin has been installed.
S. Rozenoyer.
Card 1/1

VOLY,OV, A.kj__AIiIRKOVj V Y -(Moskva)
_ _j A
Oscillations of tbe bumn body under the influence of vibrations.
Gig, truda i prof, mabe 4 noOtS-12 My".,160. (KRA 13 s 9)
(VIBRATION,PHYSIOLOGICAL UPECT)
~'4

SOV/1 24 -58-5-5765
Translation from: Referativnyy zburnal, Mekhanika, 1958, Nr 5, p 121 (USSR)
AUTHOR:
TITLE: On the Effect of Suddenly Applied and Suddenly Removed Loads
(0 deystvii mgnovenno voznikayushchikh i mgnovenno ischezayu-
shchikh nagruzok)
PERIODICAL: V sb..- Issledovaniya po teorii sooruzheniy. Nr 7. Moscow,
Gosstroyizdat, 1957, pp 111-120
ABSTRACT: The effect of suddenly applied and suddenly removed loads
on a beam of finite length is examined on the basis of the solu-
tion of the problem concerning the oscillation of a beam of in-
finite length to wbich a concentrated load is applied suddenly.
The beam of infinite length is loaded in such a way that any
finite section of its length bounded by two especially selected
cross sections can be considered as a freely supported beam.
The solution of the oscillation problem of such a beam section
is obtained from the solution of a beam of infinite length by the
superimposi.tion method. A detailed investigation of a uniformly
distributed load of short duration is made. The duration oi
Card 1/2 load application is taken from the formula 6t ~ T1/Zn'

SOV/124-58-5-5765
On the Effect of Suddenly Applied and Suddenly Removed Loads
where TI is the period of the basic mode of natural vibration and is succes-
sively given the values of 1, 2, .. This method reveals the overall picture
of the variation of the bending moments in the cross-sectionaI plane of the
beam in relation to time. By applying the deductions drawn from the above
experiment, the author is inclined to explain the location of crack formations,
during the failure of a brittle bearn, which tend to occur in cross sections
nearer the supports rather than in the central cross section.
A. 1. Oseled1ko
1. Beams--Oscillation
2. Oscillations--Mathematical analysis
Card 2/2

CHIRKOV,.Ya.N.
I . Calculating scaffold frames witb elastic SUPPOrts- Hauch.-tekbe
inform.hiul.LPI noel/2-.3.93-904 '58. (MIRA. 12.- 6)
(Structural frames)

.,HIUOV,. To. N.
Designing continuous be&= on elastic supports and fixings.
Trudy LPI no.197:56-67 '58. (MIRA 13:3)
(Girders)

CHIRKOVO U.N.
Calculating statically indeterminate system. Trudy LFI no.197.-68-72
'58. (MIRA 13:3)
(Girders)

- CHLRKOV, U.N.
Mractical method of determiulng thermal stresses in a unilaterally
fixed plate. Trudy LPI no*208:207-222 160, (MIRA 1319)
(Ilastic plates and shells)

CHIRKOV, Yakov Nikitich; VASIL'YEVp P.I., red.
(Ribbed reinforced-conerste floors and roofal Zhelezobeton-
noe rebristoe perakrytie; uchebnoe posobie po kurammu
proaktirovanilu. Leningrad, Leningr. politekhn.in-t, 1562.
167 p. (MIRA 16:11)
(Reinforced concrete construction)

AUTHORS:
TITM:
Pugachev, A. I., Chirkov, Ye. F.
Spot welding M 4o (m4o) alloy
37991
S11 37/62/000/005/139/150
A052/A101
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 5, 1962, 45, abstract
5E239 (V sb. "Defondruyemyye aluymin. splavy". Moscow, Oborongiz,
1961, 164 - 173)
TD(T: When M40 alloy was introduced in the industry the task was set to
investigate its weldability, to work out welding conditions and to determine the
strength characteristics of joints. M40 alloy in the state after hardening at
at The
5000C and 10 hour artificial aging at 2000C has 6b' - 4o kg/.m2
urelding was carried out on MTH11 -6oo (MTI~-600) m achine and on PMC 0 -5 C 5,
MISO-5S5) electromagnetic machine. It is established that for hardened plated
sheets 2 mm thick a high electrode reduction pressure (',,-,4,000 Xg) is necessary
-v.'hich enables one to overcome completely the elastic resistance of sheets at re-
duction and to eliminate splashes and other welding defects. The welding pres-
sure must be as low as possible (0-15 0.20 of the electrode reduction pressure)
Card 41

S/137/62VWC,05/139/150
Spot welding M 40 (M40) alloy A052/A101 .
and the welding current pulse as stable as possible (_,~~0,2 sec.). The forging
pressure must exceed the welding pressure by a factor of 6 - 7.. The recornended
welding-conditlions on WIP-600 machine for various states of the alloy are sum-
marized in the table 1 and those for the artificially aged state e,. sheets of
different thicImesses in the table 2. High mechanical properties of spot joints
are the essential advantage of 14140 alloy. Compared with other alloys of its
group it is considerably less liable to the thermal softening, pore and crack
formation.
Ye. Terpugov.
card PA4

CH'T."CiL Y:EGFG,
S rM.3 prob---mj ir i.-~rgcn,-.arc welding of Uie, 14-40 all,-,y. Svar. Frzizv-.
n,:,.7..X-3"f P- 165. 0".--,il!~ --,P!8)

L 46979-66 FNr?(k)/E4,,V W /T./oWT-F(W
ACC NR, a6o24949
AUTHORt Chirkovp Ye. F.; Simonovap 1. L
ORG.* none
TITLE: Thin-walled tubes of x4o alloy
&4/0331/0340
SOURCE: Alyuminiyevyye splavy, no. 41 1966. Zharoprochnyye i vysokoproohnyyo splavy;
(Heat resistant and high-strength alloys)s 331-340
TOPIC TAGSt aluminum alloy property, metal tube
1/1
ABSTRAC.Tt Thin-walled tubes of I-P~ aluminum alloy 1(41 x P mm in diameter), obtaineJ
= 48-49 kg/1
by cold rolling of pressed tube billotsp had the followinipproparties: cru
=2, 0'0 - 33-34 kg/mn2t 6 = 16-17%. The optimum oonditibiTT-oTIF-eprocess for pro-
ducing dIn-walled tubes from 1-1-40 alloy were found to be: pressing of the interme
ate tube 54 x 48 mn in diameter trom 415-435*c, pressing rato I M/min;
cold rolling to a diameter of 41 x 38 mm; quenching from 5081300; sizing and mechani-~!
cal straightening. It was found that tubou of I-P4 alloy can be cold-rolled at high 1~
delivery rates; the latter do not affect the mechanical properties. Tha Woos can be!
forged in the quenched state. Sizing and straightening do not impair tho mechanical I
properties. The optimum schedule of artificial aging was found to be M hr at 1750C.1
The mechanical properties of thin-walled tubes were shown to have only slight differ-t
ences along the direction of rolling and at right angles to it. The corrosion hav-i
Card 1/2

L 46979-66
ACC NRt ,
-3
ior of thin-walled tubes of 14-40 alloy is similar to that of tubes of D-16 alloy.
Authors thank V. A. Shelamov and K. A. Timokhova for assistance In the preparation of
the tubes. Orig. art. hass 6 figures and 3 tables,
SUB CODES 11/ SUBM DATSS none
2

L 46113-66 EWT M)/_EWP(V)/1AWRW&n/aPfL) TjR(C)
ID /uM
ACC NRt AP6031411 SOURCE CODE: UR1013M66100010091002010023
AUTHOR: Chirkov, Ye. F. (Engineer); Sokolov, V. L. (Engineer); Mellnikov, Yu. V.
(Enginee'ff~~~,
ORG: none
TITLE! Automatic argon-shielded weldin of M40 p2loy
SOURCE: Svarochnoye proizvodstvo, no. 9, 1966! 20-23
TOPIC TAGS: aluminum alloy, alloy welding, XG welding, automatic 0= welding,
-vubt mechanical property/m40 alloy
ABSTRACT! Experiments have been made to determine the optimum conditions for auto-
matic MIG welding M40 aluminum alloy. Clad alloy sheets, 3-mm thick.,heat-treated,
strain-hardened and aged (TNI), or heat-treated and strain-hardened (TN), were auto
matically MIG welded with M40 or HMg6 alloy filler. All welds were found to be
helium tight. The highest weld efficiency (87.7%) and a tensile strength of
38.5-42.2 kg/mm2'at a bend angle of 38-40 deg were obtained in welds with base
and root reinforeemc-nts made with M40 filler wire, a specific heat input of
0.408 ca.1/sec-cm, and a steel backup plate with a 6.0 x (1.2-1.3) mm groove. The
same welds without reinforcement had a tensile strength of 34-35 kg/MM2, -a bend
angle of 44-48 degi and a weld efficiency of 76.5%. A 7-12% increase in the heath
input. lowers the weld strength by 12%. The use of a copper backup plate, the absepeet,
.--.A 1/2 uDc: 621-791-753.93:669-35

L 46113-66
X NRs AP6031411
C)
of a gap between faying edges, or a-small groove in the backup bar require a higher,:
heat input, which lowers the weld strength, Aging after welding M40 alloy in the
Mcondition did not improve the m,!chanical properties; hence, full heat treatment
of parts from M40 alloy should precede welding. Welding with AMg6 filler Vire brougb
about no appreciable difference in the strength of m4o alloy welds, but It increaseq
the bend angle to 50-57 deg and also increased by almost five times the suscepti-
bility of AO alloy welds to hot cracking. The difference in strength between the
weld and base metal decreases with increasing temperature, and at 250C equals zero.".
Orig. art. has: 3 figures and 2 tables. (M51
SUB CODE: 13/ SUBM DATE: none/ ORIG REF:* 005/ OTH REP: DOI/ ATD PRESS:
508T
1~f

DYHHOVA, Z.I.; MAITYMBINA, N.A.; MOSKI'DIA, PROKOFIYEV,'~, G.F.;
MARLM4OV, V.T.; CHIIUQV~S, :Ye.P.; FODOR, G.; FILIF,'I.
[Radioactive isotopes and labeled coirpounds; a enta2og)
Radioaktivnye isotopy i mechenye soedineniia; katalog.
14oskvap AtomiMat, 1964. 343 p. (MIM 18:1)
1. Sovet okonomicheskoy vzaimoymmonhobi. PoL3taynnriaja kc-
missiya po Ispoltzovaniyu energii v mirnykh tselyaYh.

Car,.4
POLIBMT, N.Ta., inshoner; GONTOVBNXD, N.P., inshoner; TAX41LIN, L.I.,
inzhoner; CHIMV To V., inzhoner; AVRLMENKO, P.S., inshener.
Mechanization and automation of the Tarnish insulation section
in the line for continuous manufacturing of armatures for direct
W--A. *vj -- N get

ZHUKOVA, T.; SAWIN, .I.; BELYAYEV, I.; TYNCHINKO, L.; BIRYUKOVA,, V.;
KHDKHIDV, F.; YEFMLAYEV, P.; MORYGANOV, A.; BUTIKOV, Tevg.;
AHIMOV. Yu2, starshiy nauchnyy sotr.; POLYAKOVA, V., red.;
USTjNOrA-,-9.-v tekhn. red.
(Corn] Kukuraza. Moskva, Hook. rabochiig 1962. 99 p.
(MIRA 15:12)
1, Nauchnyye sotrudniki Nauchno-isoledovatellskogo instituta
sellakogo khozysystva tsentrallnykh rayonov nechernozemnoy
zony (for all except Chirkov, Polyakova, Ustinova). 2. TSent-
rallnyy inotitut prognosov (for Chirkov).
(Corn (Maize))

CHIRIKOV, Yu.F.
Effect of ;6sphates on the output of ethereal oil. Dokl. AN SSSR
155 no.6tl460-1462 AP 164, (MIRA 17:4)
1. Krymskiy filial Vaesoyuznogo nauchno-issleda7atellskogo
instituta mas3-ichnykh i efiromas3ichnykh kulftur. Predstavlano
akademikom N.M.Sisakyanom.

rgTgXn'7-Y11- U-"i3JRSHTE-fN, R. Kh.; MARKIN$ V. S.; PSHENICHNIKOV, A. G.;
CHIZMADZHEV, I. A.
"Investigation of the Relationship between the Structure and the
Electrochemical Properties of a Porous Gas Electrodee"
-~ochemical
Report presented at the 14th meeting.CITCE$ Intl* Comm. of Elec
Thermodynamics and Kinetics, Moscow, 19-25 Aug 63.
Institute of Electrochemistry, Academy.of Sciences of USSR.

LEVICH.. V.G.; ~~N, V.S.; CHIRKOVj YU.G.
Elestrio conductivity and electron paramagnetic resonance signal
in polymeric, materials built up of molecules with conjugate double
bonds. DokI. AN SSSR 149 n0-4.1894-896 Ap 163. (KRA 160)
l.. I.Pstitut elektrokhinii AN SM. 2. Chlen-korrespondent AN.SM
(for lavioh).
(Po1jimrs-Blectric proportion)
kliectron paramagnetic r4o,n~tnce and relaxation)

MARIKINI VA; CHIZHANHEVI juA,; CHIRKOV, Yu,G.
Amomm""m
ThOOZ7 Of POZOUS Ps a3aaltv&s, Qm1putation of effeetive
f 163.
coefficients. Dckl. AN SOO W,.m&.3t596-599 V
(MIRA 3,6a 6)
1. Inatitut elektrakhimii SSS~. Predstavleno akademikam
A. N. Frunkinym iftectrodeo) (Foroqx paterials)

- CHIRKOV Yu.G.; CHIZMADZHVV, YuoAo
Mechanism of generation of current in a gaseous porous electrode.
Report No.lt Diffut;ion in 6' -phase* Izv,AN SSSR.Ser.khim. no.2:
225-234 F 164., - (MIRA 17:3)
1. Institut elektrokhimil AN SSSR.

4-HIRKOV
,
Study of the mechanism of current generation in a gaseous porous
electrode taking molecular diffusion and electrolyte film into
account. Izv. AN SSSR. Ser.khim. no.3-558-561 Mr 164.
(MIRA 17:4)
1. Institut elektrokhimli AN SSSR.

MVICH, V.G.; CHIZMADZHEV, Yu. A.; CHIRKOV, Yu.G.
Polarization curves for electrodes partly Immersed in an
electrolyte solution. Dokl. AN SSSR 1417 no. 2:404-407 J1 164.
(MIRA '7.-7)
1. Institut elektrokhimii AL SSSR. 2. Chlen-korrespondent AN,
SSSR (for Levich).

LVICTIt V.G.; MARKIN, V.S.- CHIRKOV. Yu.G.
Thermal diffusion In 1'qulds at the rotating disk surface.
EIrAtroMilmiia 1 no.NtI416,1421 D 165.
0 q-RA 19t1)
1. Tnstitut elektroldilmii AN SSSP. Submitted April 19, 1965.

L 33161--66 _;"ViT (m IN /T IJPk'c) V')
ACC'NRt AP6019242 (A) SOURCE CODE: UR/0364/66/002/003/0373/0377
AUTHOR: Chizmadzhev, Yu. A.; Chirko!K,_Yu. G.; Belokopytov, V. P.
ORG: Institute of Electrochemistry, AcadeTy of SciencesSSSSR (Institut elektrokhimii
Akademii nauk SSSR ); Scientific Research Physicochemical Institute im. L. Ya. Karpov,
Moscqw (Nauchno-issledovatellskiy-fi-z-fWo--IPlm-l-c-We-s-Fly-ii-i-s-fl-fuTr-----------
TITIX: Current generation in electrodesl1with porous surfaces
SOURCE: Elektrokhimiya, v. 2, no. 3, 1966, 373-377
TOPIC TAGS: electrode, electric current, electrochemistry, surface condition, porous
material, polarization, electric potential, hydrogen , porous metal, porosity
ABSTRACT: Partially submerged electrodes with porous surfaces are investigated. Some
parameters considered in deriving the polarization characteristics were: Al--thick-
ness of the porous layer; A--tbickness of the electrolyte film of length L;-the dimen-
sionless polarization j=eo/W, where e=electronic charge, k=Boltzman constant and T=
=absolute temperature-; and the dimensionless concentration C. = c s/co where cs=the con
centration of H2 on the surface of the electrode and co=concentration Of H2 on the
surface layer., The current density for electrochemical changes inside the porous lay-
er was given by
UDC: 541.13
2

ACC NRg AP6019242
~1
where io=current interchange on a smooth surface. Boundary conditions were establish-
ed for the above equation and parametric curves were shown for csas a function of
~. The values for the current I were determined from the parameter Y=(AgS/c)1/2 where
e=2FDcO/AiO- another parameter which depends on the boundary conditions, g=surface po-
rosity, F--Faraday constant and S=specific surface reactivity. Curves are given for
I=f(S) for different values of ~o and for I=f(~O), comparing porous with smooth sur-
faces. In the region of low polarization (~O 4) the porous electrode had a current
generating ability about 10 times that of the smooth electrode. Orig. art. has: 4
figures, 7 formulas.
SUB CODE; 07,20 SUBM DATE: 2Wu165/ ORIG REF: 003/ OTH REF: 001

MIKHAYLOV.. Yu.I., kand. tekhn. natk;_C41RKqV Y~L.,, inzh.1
MAKVEV, A.A., insh. j-
Opening the northern group of mines in the Krivoy Rog
Basin* ~Iet. i gornorad. prom. no-5:56-61 S-0 '63.
(MIRA 16:32)
lo Krivorozhakiy gornorudrqy institut (for YAkWqlovp
Chirkov). 2. Rudnik im. Ordzhonikidze (for Makeyev).

GHIRKOVP YU.I.
Methods of determining, aeTt-uhn opttm&l. piaLmeters of mines with
conveyor holatiiig l!) tha y 'Rog llsR--In. ~Ibor. naucb.
0 ~rr)0
KGRI no.23976-78 t63 (RI RA 11

.PH Yu.I.1 NAZARCHUK, H.N.; KUCHIRYAVENKO, LA.
~Oyj. ~ :~- -
Improving stoping operation teohniques at the 05aksagan"'
Hine. Met. i gornorud. prom. no.102-74 Ja-F 164. (KMA 17:10)

_~HIRK~YtJ4!1_!p bib.
Opening of Krivoy Rog Iksin ore deposits with the use of in-
clined conveyor shafts. lzv,vys,uchebe zave; gor, zhur,,
7 no.3t24-30 t64 (NIRA 1728)
lo Krivorozhokiy gornorudnyy inatitut, Rokomendovana, kafedroy
razrabotki mestorozbdeniy poleznykh iskopayemykh.

MIKHAYIOV, Yu.I., dotsent; CHIRKOV, Yu.I., dotsent
Determining the optimal number of levels being opened by one
stage of an inclined conveyor shaft. Izv. vys. ucheb. zav.;
gor. zhur. 7 no.10:11-14 164.
(14M 18: 1)
1. Krivorozhskiy gornyy institut. Rekomendovana, kafedroy rudnich-
nogo transporta i gornykh maahin.

CHIRKOV. Yu j, kand. takhno nauk; BERKALIYEV, B,T,
I a I
Methods of stripping thick steeply dipping iron ore beds. Vast.
AN Xazakh. SSR 20 no.707-81, il 164.
(MMA 17 111)

kand. tekhn. nauk;
MALAKHOV,, G.M,, doktor tekhn. nauk;_PU3RK
KUCHERYAVENKO, I*A&, kand, tekhn. nauk; ZYMALEV, G.S.;
KHIVRENKO, A.F.; NESTERFSKO., V.V.
Introduction of new variants of the system of sublevel caving
at "Dzerzhinskrud" Trust mines. Met. i gornorud. prom. no.2:
50-54 Mr-Ap 165. (MIRA 18:5)

CHIRKOV. Yu.I.; MAKEYEV, A.A.; KUCHERYAVENKO, I.A.
Ways of increasing labor productivityin the haulage of hard
lump ore. Met. i gornorud. prom. no.2t56-58 Mr-Ap 165. (MIRA 18:5)

MAKEYEV, A.A.; DYADECHKIN, N.I.;-~
Testing "zornogranulit" 80/20b in underground conditions. Gor. zhur.
no.5:34-35 My 165. (Ydra 180)
1. Ridoupravleniye im. Ord?,honikidze (for Makeyev). 2. Krivorozhakiy
gornorudnyy institut (for Dyadechkin, Ghirkov).

OHIRKOVY
rasnasting of the
~,,Ield. Nkst-or. 1 165.
(IMIRA 2.8!8'1

'"INCHEVSKIYp NP.; SHVETSj F.V.; CHIRKqV4,,Yu,jq KUCHERTAVENKOI I.A.
't.
Concrete lining of the workings of scraper levels in ore
mines, Mate i gornorud. prom. no.4s77-78 JI-Ag 165,
(MIRA 18alO)

CHIRKOV, Yuel.; BELUMINA, G.V.
4 - -- , - --
Microc3imate and heat balance on crop:3 of irrigated and nonirrigated
corn in Ploldavia, Trudy TSIP no.145:90-99 165- (MIPA :otlo)

C-WRr,ov, Yu-i -
AID P - 3W.
Subject LISSR/Mateorology
Card 1/1 Nb. 71-a - 13/23
Author : Chirkov$ju..j.
Title : Determining viability of winter crops at agrioultural-meteorological
stations by observing the growth of the cone
Periodical : Yat. i. gidr.,, 5,, 47-481 SIO 1955
Abstract : The article explains in detail the rathod worlmd out by Rrof. F. M.
Kuperman of Moscow State University for observation of winter
crops viability.
Institution : None
Submitted i No date

AID P - 385e
Subject USSR/meteorology
Card 1/1 Pub. 71-a - 21/35
Author : Chirkov Yu I
Title : Hydrometeorological service at regional agriculture
exhibits (Agro-meteorological station Lenino-
Dachnoye~.
Periodical : Met. i. gidr., 6, 51-52, N/D 1955
Abstract : A report on the participation of this station in a
regional agriculture exhibit in the Moskovskaya-oblast.
One photo.
Institution : None
Submitted : No date