SCIENTIFIC ABSTRACT TARKOV, A.P. - TARKO, L.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001755010015-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 26, 2002
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TARKOV A - P
Geojojc~aj V- --r-`t re:,a
-61,.e oi --l-avity anmalies in tho
interfluvo. G-301. ntl.fti i 7-4:za 5 no. 2:25-Z' 161.
Y, 14:2)
0
1. adov-tell skiy institut goofizichaskikh
metce~ov --~-zvu~-i.
Uz= Valley-Gr-vity)

3/058/60/000/1006/026/040
AOO5/AOO1
Translation from-. ReferatiV-nyy zhurnal, Fizika, 196o, No. 6, P. 293, if 14914
AUTHOR: Tarkhov B.F.
_Z~~
TITLE: Laboratory Unit for Me asuring the Secondary Radiation
PERIODICAL- Nauchn. tr. Leningr. in-t toohnoy mekhan. I o2tik , 1959, No. 29,
pp. 91-100
TECT: A laboratory unit Is des2ribed, which is based on utilizing the
DoEpler effect for measuring the-secondary radiation from models with arbitrary
c-:nfiguration. The operational principle of the device Is suoh that both the
revolving model and the pattern bill enter periodloally Lnto the directivity dia-
gram of the transmitting antenna. If the secondary radiation Is measured In re-
verse direction, the reflected energy is received by the same antenna; If the
an-11-enna is
secondary radiation Is m6asured in other directions, any additional
used. The oscillations from the SHF generator and the oecillations reflected by
the inve3tigated model axe fed by means :,f a doubl,,:i triplet, into the detector
input, in -the load of which a voltage of-difference freqiency is cbtained. The
-er is amplified and fed into the recorder, that may lbe a p-alse osoillograph
latt
Card 1/2

S/C,58/60/'000/006/026/040
A005/AOO1
Laboratory Unit for Measuring the Seoondary Radiation
or a registering instrumertt. The block-diagram, ihe kinematic, diagram, the
general V4 ew, and the theory of the system are presented and discussed. It is
Ment4oned that the unit does not require screening, deooupling of the receiver
and transmitter, and the application of highfy- stabilized powersupply sources.
It is pointed out, thAt the measurement error of the absolute value of the effect
tive reflection surfaces, which is determined by t1ae manufacturing Inaccuracy of
the pattern ball, the lens effect, the influence of the ball fastening system,
and also by the nonlinearity of the amplifiers and recordera, does not ex:.er-,d
5.4%.
N.N. Filippov
Translator's note: This is the full translation. of the original Russian abstract.
Card-2/2

SOV/51-7-2-21/34
in oRs Pivovarov, V.Ii., Kirlyanova, L.A., Bobovich, Ya.S. and Tarkhov, G.N.
TITLE Photoelectric Recording of Raman Spectra Excited with the
X= 5675 4 Line from a Helium Lamp (Fotoolektrichaskaya registratsiya
spektrov iccuibinatsionnogo rasseyanlya, vozbuzhdannykh liniay
I= 5875 4 geliyevoy lampy)
PIRIOu I s Optika i spektroskopiya, 1959, Vol 7, Nr 2, pp 258-259 (USSR)
.I.BST&&M A WN V, 0.2 A cold-cathode spiral helium lamp working under glow-
discharge conditions at pH9 = 2 mm Hg, was employed to excite the Raman
spectrum (the 5875 1 line vas used). The spectra were obtained by
means of a high-speed monochromator with a diffraction grating. A
photomultiplier FSU-27 wav used as a receiver. This photomultiplier
was sensitive to about 7000 A and vas, therefore, able to record
vibrational lines with frequencies -1600 am-1. The signal from the
photomultiplier -was amplified and recorded using appropriate parts of
a spectrometer DM-12. Fig 1 shows the spectrum of iodoxybenzone
Card 1/2 obtained in this w%y. The reproducibility of the results and the

SOV/51-7-2-21/34
Photoelectric Recording of Raman Spectra Excited with the 5875 X Line from a
Heliwa Lamp
resolution are illustrated on the 1004-1030 cm-1 doublet of toluene
and the 999-1017 cm-1 dcu blot of iodoxybontene (Fig 2). The first
doablot',Fig 2a) is completely resolved, the s9coad (Fig 26) is resolved
to the oxtant of about 80%. There are 2 figures and 4 references,
I of which is Soviet, 2.1n4ksh and 1 international.
SUBMITTO. January 24, 1959
cal-d 2/2

I I
Tw~;~;Icll I-T
j
, rou 2
Increase work safety in hot BhOPs- BOSOPO tra" T 13 imin 11a)
uo.i:6-8 Ja 158.
I.LaningradskV lirovskly %ATOII&
(Inaustrial safety)

-- I SOKOLOV -- - YN. -V- - TARKHOV. H. A.
I . I
Resheniye elektrodnogo komiteta VNITO ovarshchikov po voprosu o dopustimosti vneshnikh
povrezhdaniy na pokrytii elektrodov. Avtog. delo go. 23, 3. 1952. Ucheny7 Sekretarl
Komiteta,
MonjbIX kjLt ff_ gUaglan Aggaggigag. Library of GonUeso, June, 1952, UNCLASSIFIM)

TAR OV inzhener; MARNBLOVA.L.V., inzhener; RAKHKANOV,A.D., inshener;
IMMIYZV,V.V.. inzhener
Frp,ftices in the design and use of metal electrode MaUUfRCturing equip-
ment. Svar. proizv. no.10:16-22 0155. (MLRA 8:12)
1. Opytvy evarochnyy zavod TSentrallno nauchno-iteledovatellskogo in-
stituta Hinieterstva putey soobahchaniya
(Illectrodes)

PHASE I BOOK UPLOITATION SOV/4099
Tarkhov., Nikolay Alekseyevich.. and Aleksandr Dmitriyevich Rakhmanov
Elektrody dlya dugovoy ovarki i naplavki (Blootrodes for Am Welding
and Surfaoing) Moeiow,, Manhgiz,, 1959. 63 P. (Seriest Milo-
taka evarshchika) 10#000 oopies p:ointed.
Editorial Boardt A.Ye, AonJLsj, A.k. Kazimirov,.B,I.'Xedovar,, B.Ye.
Paton (Resp..Edi), and V.V. Podgayetskiy; Edsi V,V, Mayevskiy and
A.Yes. ken:Ls*- Chief M(Southern Division, Mashgiz)t V.K. Serdyuk..
Engineer,,
PURPOSEt This booklet is intended for welders.
COVERAGE: The booklet deals with processes taking place In manual
aro welding. The main causes for the fomation of defects on
deposited metal and the effect of electrode coating and coating
components on the quality of deposited metal are discussed. General
information on modem methods of making electrodes are presented.
The problem of electrode classification and selection for various
Card 1/3

Electrodes for Are (Cont.) SOV/4099
types of work is also discussed, No personalities are mentioned.
There are 8 references, all Soviet.,
TABLE OF CONTUTS:
Preface 3
1. Metallurgical Processes Taking Place in Welding 4
2, Welding and Processing Properties of Electrodes 12
3. Causes of Certain Defects in Welding and Surfacing 17
4. Basic Raw Materials for Making Electrodes 23
5. Process of Manufacturing Electrodes 33
6. Classification, Char.aoteristies,and Field of Application of
Basic Types-of Eleatrodes 38
Card-2/3

Elea,trodes for Aro (cont.)
Bibliography
Appendix
AVAILAZZ: Library of Congress (TK 4660 T3)
Card 3/3
SOV/4099
58
59
VIVpw/jb
8-12- 0

0 ~~A,. , inzh.
.. pOLOTSKIY; LeMej kand, tekhns n.auk; i909Y 12:17-20
Vibrational mill for eleotrode manufactures Svars PrOIzv jMIRA 180)
D 163.

L 3662O-66-----MP(k) I (MVT/Nr-(V)/7.,W'q.~VF,'rI NF(c) JD/11M
Aft-W'----AP60l%29 SOURCE CODE: UR/0135/66/000/006/002-4/00-26
MTHOR: Stroyevp V, Be (Engineer); Tarkbov-, N, L., (Eingineer); Vitman
I* V., tEnEineor)
ORG: Moscow Experimptal Welding Plant (Moskovski-y op7tn7y sverocbnyy
~Zavod)
I M
ITITLE: Ara welding of beat resistant steels
OURCEt Sveroobnoye proizvodstvo, no. 6, 1966, 24-26
OPIC TAGS: are welding, beat resistant steol, wolding electrode
BSTRACT: An extensive table Ives the chemical composition and the
eebanical characteristics of 9 different steels usad for electrode
sterial In the are welding of beat resistant steela. A series of
igures gives the results of tests of metal melted with the electrodes
hown in the table. A further table, based on experimental date., liSt3
be different electrodes and makes detailed recommendations as to tbeir
ost advantageous regions of application. Welded constructions
equiring subsequent mechanical working to relieve Internal stresse3 may
y subjected to austenizing at a slow rate of beating (20-300/bour) up
0 425-4500C, with holding at this temperature for 2 to 4 hours, and
Card

L 36820-66
ACC N" AP6019429
then a final fast beating to 1050-12500C and bolding for 2 to I bours,
witb fast oooling, Orig. art. bas: 7 figures and 2 tables.
SUB CODE: 13,11/ SUBM DATE: none/ ORIG RETt 001/ OTH REF: 002
Card 2

_- I --- A-
4 ~~L-3c,:823_66 -- EWP(k)
ACC N& AP6021799
if 4,f EWA
SOURCR C098s CM/04131461000/01210063100431
tvVENTORI Hadevago so If$ stroyevy Ve $*I Cbebellos, Lo To$ Tarkbov*
V,_A&j tlachake no 14--',
L3
ORO# Ross
TITLEt Electrode for vAldlaz oxNation-rooLotast steelso Class 219 we
182814 (annoqpced byi-tNe-711'ettric ThIdift bstibas I*, To. 6. p4tan (Iftatitut
SOURCEt tsebratemlyss promyshleanyys obrastoy, toveraylo sa&kL#
see 129 19669 63-
TOM TA681 stools m0mmd weldlogg 8_AA_6A~M ~,~~Lstsnt stools v*IAL*g
electrode
oxid&tLon-lesls&a*JL_steels.l~The electrode coatiag contains 312 marbleg
27Z,fluorepar, 6.5Z manganese& 1.5% slumlaung sad 142 forroollicou, To
Increase the weld resistance against cattwizatleav hot Cracking# and
oxidation, 12Z forroboven and 6Z dolomite are added to the coating can-
position*
SUB CODE:VLASUBM DATS't'26May65/ATD PRKSSISM(P.
10.
CWd
AASTRAM This Astbor-Clart Cate Introduces as electrode for welding

SOV/137-57-1-472
Translation from: Referativnyy zhurnal. Metallurgiya, 1957, Nr 1, p 62 (USSR)
AUTHORS: Smirnov, M. P., Tarkhov, N. G.
I
TITLE: Vacuum Method for the Sublimation of Zinc From Zinc-silver Scum
(Vakuumnyy sposob distillyatsii tsinka iz serebristoy peny)
PERIODICAL: Byul. Tsentr. in-t inform. tsvet. metallurgii, l956,Nr-3'-;pp.l3;.-l19,
ABSTRACT: The authors carried out laboratory experiments on vacuum Sublima-
tion (VS) of Zn from either dry or moist zinc-silver scum. The
results of the experiments on VS of Zn from dry scum showed that the
optimum temperature for the process is 10000C; the yield of sub-
limated Zn is 94 - 980/6. A decrease in temperature increases greatly
the amount of dross. For VS it is desirable to have dry scum with a
minimum amount of powdery fraction. The optimum particle size is
8 - 10 mm. The yield of zinc-free dross is 17 - 200/6 of the foam by
weight. Through experimenting on VS of Zn from moist dcum it was
established that the optimum temperature is 9000. The 6traction
of Zn through sublimation is 980/6, while the amount of dross is only
6 - 80/6. In proportion, < 90/6 Ag passes into the dross. In the case
Card 1/2 of VS from crude scum the latter requires no additional treatment,
b.

SOV/137-57-1-472
Vacuum Method for the Sublimation of Zinc From Zinc-silver Scum
and the pro'4edure of creating a good vacuum is also facilitated. A comparison of
industrial sfiop data with the results of extended experiments is made. The best
results are produced by VS from crude scum. The temperature of the process is
decreased by 300 - 4000 with a 300/0 extraction of Zn in the metallic form and a
decrease in dross output. The sanitary-hygienic conditions are improved through
the absence of any evolution of gas. Engineering and cost estimates for the method
of VS of Zn from scum show that it is more profitable than the existing method.
L. S.
Card Z/2

bmiamov, M.P.; ;.- SKRGIMKO, V-Y&.
Mi"MO-1 ~-9-11 1-1615
Introducing vacuum techniques for do-zincing 10A at the Chinkent
Plant. TSvet.met. 29 no.5:19-23 NY 156. (MIRA 9:8)
1s Gifitevet"t (foir-Silraw, Tarkhqy); 2. ChisksatekLy evintsovyy
zavod (for Sorgiyonko).
(Chiskent-Lead-Metallurgy)

- - j -7 1- -,- ~ --. r , , -, 1 ~~, , -
r- , r__~ I
REZNIK, I.D., kand. takhn. nauk; TARKHOV, M.G., inzh.; RAGULINA, A.?., inwh.
Smelting nickel agglomerate In an oxygen-enriched air blast,
Kislorod IO..no.5:6-14 157. (KM 11:4)
(Nickel-Metallurff)

SMIRNOV, M.P.; TARKHOV, N.G.; MARTYNOV, K.T.; KRAVCHENIOD, P.T.
vacuum removal of zinc from lead at OBlectrosincl plant. Biul.
THIN tsvet. not. no98:21-26 '58. Oan 11:6)
(Lead-Blectrometallurg3r) (Vacuum metallurgy)

S/136/60/000/05/007/025
E071/E235
AUTHORS: Smirnov, M. P., Malkin, Ya, Z., Tarkhov, N. G , and
Sergienko, V. Ya.
ki
TITLE: Industrial Tests of the Vacuo Method of Distilling Zinc
From Silvery Foam
PERIODICAL: Tsvetnyye metally, 1960, Nr 5. pp 31-38 (USSR)
ABSTRACT: In 1955 on the Chimkent lead works 3 pilot plant tests of
vacuo distillat-fo-nof zinc from silvery foam (60.3% Pb7
26.3% Zn, 99.564 kg/t of noble metals, including a
little gold; 0.3% Cu) were successfully completed
(Ref 2). Later, an industrial plant was designed,
testing of which during 1958 to 1959 is described. A
/
sketch of the side view and the longitudinal cross-section
of the vacuo furnace is shown in Fig I and a schematic V
diagram of the whole installation in Fig 2. The operating
principle of the furruace is similar to vacuo-separating
furnaces used in the lVitanium. industry for distilling off
magnesium and magnesium chloride from titanium sponge.
During testing, the installation was somewhat modified;
its final design is outlined. The capacity of the furnace
Card 1/4 is 1.0 to 1.5 tons per charge, 2.7 to 3.6 tons per day,

A
S/136/60/000/05/007/025
EO?I/E235
Industrial Tests of the Vacuo Method of Distilling Zinc From
Silvery Foam
the power consumption is 97 kW. At a temperature of the
process of 9200C and a residual pressure in the retort
of 1 to 2 mm Hg, the following results were obtained.
The yield of products, %: lead 58, condensate 25, dross
12.5. The distribution of metals .-%: zinc in condensate
89.3, in dross - 8.7, in silvery iead - 2; lead and
noble metals in silvery lead - 82.9 and 81.6, in dross
11.8 and 14.1 and into condensate 5 and 4 respectively.
Metal balances of some h6-ats are given in Tables 1, 2
and 3; a comparison of the yields of products obtained
by the usual and vacuo distillation is given in Table 4;
a similar comparison of the chemical composition of
distillation products is given in Table 5 and of the
recovery of ~aetals, in Table 6. A comparison of the
results previously obtained on the pilot plant with the
results obtained on the present installation is given in
Table 7. It is concluded that in comparison with the usual
processl the vacuo distillation has the following advan-
Card 2/4 tages: (a) an increase in the recovery of zinc in metal

S/136/60/000/05/007/025
E071/E235
Industrial Tests of the Vacuo Method of Distilling Zinc From
Silvery Foam
(20%) at the expense of producing lead and dross, with
a lower zinc content, the further processing of which will
involve lower losses of noble metals; (b) a dacrease in
the yield of dross by a factor of 1.5 and a decrease in
the transfer of noble metals and lead into the dross;
(c) an increase in the recovery of noble metals and lead
into silvery lead; (d) an improvement in sanitary-
hygienic conditions of working. *The branch of Gintsvetmet
for technical and economic investigations carried out a
comparative evaluation of the existing, vacuo and electro-
thermal (used in UKSTsK) methods of distillation of
zinc from silvery foam which indicated that the vacuo,
method is the most economical. An order was placed with
OKB Electropech and Works producing electro-thermal
equipment for the design and construction of electrovacuo
furnaces capable of dealing with the whole throughput of
the Chimkent Works. In addition to the authors the
Card 3/4 following works personnel participated in the work:

S/136/60/000/05/007/025
EO?1/E235
Industrial Tests of the Vacuo Method of Distilling Zinc From
Silvery Foam
S. A. Batyrbenkova, Engineer, and V. N. Prachev,
Technician. There are 2 figures, 7 tables and 2 Soviet
references.
Card 4/4

MALKI119 Ya*Z"j SNEIIUIGVp M.P.; SMGIYENK02 VeYaej KOZfL',7VIKOVA,, GoIT
xi~Z, YG.I*; JAMOV2 N.G.~ Prinlynall uchastiye: VRSAITOVv Kh.I.;
ABDUGAPAROV, ~A..~.; TKAGHFvq S.P.3 FILATLOV; N.Yo;
SVISTELINIACIV, A.M.; PRACHEVr V.N.; SHEDIAN, V.I.; ANTROPOVj A.D.;
SOBOLEVp Ye.D.; POPOVAq N*T.
Industrial testing of a new cont-iruous method of copper removal
from crude lead. TSvet. met. 31+ no.3~15-22 Hr 161. (MIRA 14-3)
1. Eksperimentalln)7 tsekh Chimkeutskogo uvintsovogo zavoda (for
14Lrsaitov2 Abdugaparovv Bovguta., Tkachevv Filatovj, Svistellnikov;
Frachevy Sheymanj Antropovo Sobolevq Popova)*
(Lead-Matallurgy) (Copper)

kN MALKIN# YA.Z.; SERGIYXNKO, V.Ya.;
SMIRNOVO MPs; T;A;RKPM
=HEVNI *Is
Pilot plant development of a nev method of copper removal from
crude lead. Sbor, nauch. trud. Gint4svetmeta no 19432-452 162.
iMIRA l6t7)
1, Gooudarstvennyy naucbn*-1s*Waxatej!j _ institut tavetnykh metallov
(for Smirnov, Tarkhov). 2. Chimke~akiy eTteovyy savod (for
Malkin, Sergiyenko, Kozhevnikova).
(lead-Matallurgy)

SMIRNOV, M.P.; MALKIN, Ya.Z.; SERGIYENKO, V.Ya.; TARKHOV, N.G.
Pilot plant development of a continuous method of lead softening
in the presence of alkalies. TSvet. met. 36 no.8t43-48 Ag 163.
(MIRA 16s9)
(Lead-Metallurgy) (Alkalies)

SMIRNOVO MiP.O kand. tekhn. nauk; 918ENINA, G.A.; TAR 10*1 N G.;
RAGULINA,, A.T.
Developing a continuoun method of biamuth removal from lead,
Sbor. nauoh. trud. Gintsvotmeta. no.2)r217-234 165.
(MM M12)

SMIRNOV,, M.P., kand. tekhn. naukj MALKIN, Y&A.; TARXHOVjN.'G.;
SERGIYENKO, V.Ya.
Developing a oontinuoud method for the alkali softening of
lead. Sbor. nauch. trud. OintavetmetA no,23s201-216 165.
(MIRA 18s12)

TARKHOV, N.N., kand.tekhn.nauk
Graphic and analytical method of calculating electric drives
with curvilinear characteristics. Trudy LIVT no.9:20-28 '60.
(KRA 15:3)
($lectricity on ships) (Electric driving)

TARKHovp_V*,I_narodnyy sudlya (g. Zhdanov)
Public control. Mor. flot. 25 no. 12:17 D 065. (MIRA 18:12)

DUBYAIBXIYi V.M.j BABUSENKO,, I.D.1 TARKHOV,, V.X,
Now technological plan for Wain thin coal seams using a cable
unit. Trudy NPI lOlal85-201 160. (KIRA 15:5)
(Coal handling machinery)

HO v
FHAU I BCCK XVL401TATIOP 507/378)
s Andrayevo V1441mir LlskjandrcvUh, Vasilly AlskjaMmytob Zvorykin, L*V Andreyevith
loscrov, Bergey Serjoyevich Loalk", 3srj#7 TimcfayWob Vladimir
Smanovich tiz,
Unchet I po#troyvrdyv kostwvv sanoleta at plate (Calculation and Construction of
Al-vat, C-t- U- Wtth Twput--) M--~, Cbo~-gta, 1960. 490 p. Imat-
slip Inserted. 2,200 copies printed.
bvlwwo 6.3. Oskim, Kagirwrl 9d. (Title polo) i B.S. Loalkova, Cand1date of
Technical Satemeal U. (Inaide bwk)t V.I. Tikhrow, U.-!a*erI Zd, of Flsblimhlng
q Ron" i M.F. Bogoaoloval Teak. t6.# V.P. Rastdol Managing Kd.i S.D. Xr&411-ftik-,
Mower.
FMLP=o This book to intended for dselCaerv arA technicians Is experimot4l design
offices, lofting abops, and pradmuca-developmeAt sections of aviation ta4tories.
It may also be teed Vy students of seboals of higher technical education tad
t4khalkniam spectalistag In aircraft coustrutloo.
COMUM The book examines the principles at tbo lotting vw%bc4 of aircraft eoustra-
Uoa# the application of %M4#A yKa4lploa to the design at cwfacta of &Lrordt
assubilosp and Us procedures for taking theontleal and soutrucuomal templates.
4'
A

I --jAjimv-
Geomagnetic field at Leningrad according to archeomagnetic
data. Geomag. i aero 3 n0-4:728-733 Jl-Ag 163. (MMA 16:32)
1. Institut magnetizMA, lonosforyj~ rasprost-rameniya radio-
voln AIN SSSR, Leningradskoye otde4niye.

TARMOV re N,
BCm results of Palsawgnstic in"atig&tlOw in the vestern part
of the Soviet Uniono Geamg, i aero 5 no,1:134-]J+o Ja-F 165.
(MIRA 184)
Is Institat semlogo mgmtizzap ionoafery i raaprostranoniya
radiovo2a AN SSSR,, laningradakoys otdoleniye.

TARKHOV, Ye.N.
- - ~
Rales for plotting archeomagnetic curves. Geomag. i aer. 4 no.5:
924-927 3-0 164. (MIRA l7sll)
1. Institut zemnogo magaetimm, ionoafery i rasprostraneniya radio-
voln AN SSSRJI laningradskoye otdeleniye.

LA-E~' XL. S.
--- --- - I -F--- - - -- - . I
Tarkhov, Ia. S. and Mateepuro, Me Yao - *On the problem of the selection of grain-
drying equipmentmp (Certain results of investigations of gain-drying equipmnt
under laboratory-agricultural conditions), rzvestiya Akad. nauk BSSR, 1949, No. 2,
pe 19-32* -
SOt U-411, 17 July 53,, (Tatopis 'Zhurnal Inykh Statey, No, 20, 1949),

VOLIKENSHTEYN,A.A., kandidat tekhnicheskM nauk; TARKHOVA,A.A.,
inzhener
Nev photometer track. Svetotekhnika 1 no.1:19-21 F 155.
(KWU 8:9)
1. Gosudaretyannyy opticheekly institut
(Photometry)

IOGUNOV, LvA.- TARKWVA
Dependence of the P~arameters of converted diodes on the admixture
concentration in-initial germanium. Radiotekh. i elektron. 9
no.ltl8l-182 Ja 164. (MIRA 17:3)

BOGINA, S.L., red.; TARKIIOVAj K.Ye., tekhn. red.
[Recomendations for operational planning in construction
organizations] RekomendatBii po operativnomu planlrovaniiu
v stroitelInykh organizataiiakh. Moskva, GoBstroiizdat,
1963. 19 p. (MIRA 160)
1.,Akademiya stroitellatva i arkhitektury SSSR. Nauchno-
isaledovatellskiy inatitut ekonomiki stroitel'stva.
(Construction industry)

TARKHOVA, M.A.1 CHESHIMINA) K.G.
Cretaceous intrusions of the central Dzhugdzbur Range. Trudy
VAGT no.7:103-13.1 161. (14IRA 14:7)
(Dzhugdzhur Range-Rooko, Igneous)

ZLENK09 N.D.; TARJUIOVA, M.A.
Problem of the unified nomer-lature of effusive and veln rocks.
Izv,All SSSR. Ser. 1. 26 no4:96-98 Ja 161. (MIRA 15: 6)
Mcks,, Ign6crus-flomenclature)
4r-.,.
, ;t -

Saratoy Scientific Research Veterinary bcperlmental Station
"Testing of formalin and ama gen in piroplasmosis of horses."
SO: Veterinariia 24(3), 1947 p. 25
0 0 0 40 0 0 0 0 0 0

TARKHOVA, M*S.,, kand,veterinarnykh nauk
- -----------
Infection of animals by a nonspecific type of the causative agent
of tuberculosis. Sbor.nauch.rab.Sar.NIVS 4:44-45 160. 01IRk .15r7)
(Tuberculosis in animals)

, TAFRMKHGVA I and,veterinarnykh nauk
Eradication of tuberculosis on livestock farm. Sbor.nauch.rab,
Sar.NIVS 049-51 160, (MM 15:7)
(Tuberculosis in animals)

PERTSOVSM, A.I.; TARKHOVAP N.V.
Methodology for the determination of 27-ozycortlcooteroide In the
hlood plasma. Lab. delo no.31153-155 t65-
(MIRA 18:3)
1. Institut meditsinskoy klimatologA I klimatoterapli im. I.M.
Sechenova, Yalta.

Crystal structuto of milarite. N. V. 11dow and T' 1%
I.fktl"VA 1i1'k1dJV AkqJ Yj.k N. 69. -WI ~.
(t!"PT-Atilatiw, 14 ch4rIwIelfird III
thr SwO c.,Ikj - "llkil 11 fill' IMIC J~ ill fh~ I.It-C
4ril"Itues of 1.114. '41141 olil-A%. hill it ii Jiffrit fit ill il~ p1tv,
1*"."% '1~ - Ill 13;
1-f S~'-
4njdyG& weriticif the jq.letwadent p4rarticterv of the ttrur
lure. 71w vtoordinates a"; 12)K - in x - 0; y - 0; t -
in or - s - l/.. k111110* ArO
Y - (241!4- In or - 01K-~
- 0 113, 1 W Or in I - OAKI; Y - if -0.
r ;:4((** in x - If W; y W."Cl; t - 1); 04"',
ing -011, Y -it .17. S - 1JAM, ChAnicteri%fir are t1h
hexason;i ~ns units (Si.-Ow) with-almancro Si - So -
:1. 13 A.. they are highly %itmiLsr to th-w in beryl, 4 Wl
atut 2 All' belImit to evory filic Pouil fit the pLm-r of it-,
(DCO.) we'theritis In twfyl. OftlLititc his ill file ftleonAl Ali.
'IirrCIi'AI4 (CA(to) twOu'lij. jind the NIfts'MI.&I '166no -,I
the units in the stfal,tuir 11, thjTblf~. Will" [IV I P ~ th-
hiberyl.
Nit only iadruviind Whill- flip Ijuvit projeetion shovA.
the high 41111hgy isleh Novi. 1114f its the a all*
makes rvillent the r-l-I ch.oatirri,vic itifirtrtil-: tuiLuil,
has letrAhrIffill doll1jr-JI'vi 11111fl, with the 111,1114' It( SWID
ttirtry through lilt 0 ilmi, nwomms to Imith shret-i rh-
4NWUIrn.QtiAWl .4 '.' tXfVI F.AlcAls 10 JILIJ of litilaollf
k'Q.t(6) 1-411111% A-filt fill- ug Of
twitic rimanAim rhr h , ionto oil niamor ol-vilpy l-,
ImIn't Iwinten tile Olamllll~ 111111%. 'I'llil't Ill then to,
rAngvIIII-111 ill K 111i. I~ lbrao'hKV l.fTI
Ionic dislatter-I -4 if - I w I fit A ~ It, -
1 .65 A.; C4 - 0 ;.'. JJ A K - It - 3 1" A I h,
Pauline ImpsoulArs atr Oth-liv biffill-A Ilil, birswitur s.
in "Sorrownt with lilt 1141.11 '4 Ow oil, A-ur, A
all, rivivaliv. low '14. .641.1 of W, Fort

PASINVA, Z.P.; TARKHOVA, T.N.
I- I -
Crystal straoture of milarits. Doklady Akad. Hauk S.S.S.R. 88, 807-10 '53.
(CA 47 no-22:12139 '53) NLRA 6:2)

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