SCIENTIFIC ABSTRACT YU.I. CHIRKOV - T.V.CHIRKOVC

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• Collection: Scientific Abstracts
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• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

CHIRKOV, Yu. I.
Chirkov, Yu. i.
"The selection of green-fodder, crops for the birdraising fanas
of the. southeast." Moscom Order of Lenin Agricultural Academay
imcni 1". A. Tirniryazev. Mloz~c~,W, 1950'(Dissertation for the
degree of Candidate in Agricultural Sciences)
Knizlinaya letopis
No. 15, 1,056. Mloscow

ORIMT, TU. I a -4
- ik * I- w
a- -- a** - iii -
Determining the moll temperature on the basis of the air temperature
during planting and germination of corn. Meteor.i gidral.no.6:32-34
Je 156. (KIBA 9;9)
(Corn (Raise)) (Boil tsmperat~re tues oric temperature)
k - '.. , k L~ -,~. , %.Ph

COUNMY UM
CA TBGMY Cultivated Flantij. Cereals.
Av-S. 4 1RZhP-.c1.2 lio.14, 19561 No. 63359
AUTHOR Ch coy, Ya. 1.
I 'MT. Central Inatituta of Forecasting
TITLE Evaluation of thi) Conditions of Heat Supply for Corn in
the Period between Planting and Ue 11ass Appearance of the
Sprouts.
ORIG. PUB. Tr. Tsentr. in-ta prognozov, 1956, vyp. 47 (74), 97-100
ABSTPACT i In 1955, observations were conducted at the agricultural
meteorologioa.1 station Lenino-Daohaoye (Moskovskaya Oblast
on soil temperature and moistare, and the rapidity of seed
germination under different conditions of heat supply
(different planting periods, distribution of plantings on
slopes with diff6rant orientation). Data aro cited on t1he
oalculation of the sum of effective so.11 temparatux-es abov
6.8 and 100 at the depth of tbe seed embedment for the
-period from planitiag uatil the mass appearanee of sprouts.
The eoll temperature above Sois effective for the germina-
tion of oorn seeds and the heat requiroment of cox-a during
Card: 1/2

C01PIMY : USSR
CATEGORY 1 Cultivated Plants. Comas.
ABS. JOW1. RZhBioI.* N*.14P 1958p Nm. 63359
AUTHOR
IIJST.
TIMS
ORIG. FIJB.
AB3MCCT the period between, plauting and germination is expressed
in the a,= of effective soil temperatures (above 80) equal
on an avem&n to 860 at the depth of the embe&mnt of the
seeds. N. Ghernov
Card; 2/2
49

ICATEGCRY
MOM
: Cultivated FLuits. Cereals.
A155. J07JR - 63352
RW3iol., NG.L~, 1958*
IMTHOR Chirkov, Yu. 1.
IPST.
TITLE Significance oC the Follow-up of Leaf Formation in Corn
in the Agricultural Meteorological Service.
Opio, PUB. Hateorol. and gidrologiya, 1957, No. 7, 33-37
ADSTNCT An attempt to determine the connection between the develop-I
ment and growth of corn in non-chemozem belt and temper-
ature conditions. In the experiments on different variOU4
of corn at the agricultural and meteorological btatioA
Leaino-Daehnoye (Moscow oblast') and on the incUeator plantri
ings of VSKhVin 1955-1956, it was determined t1hat the
number of leaves ie a stable variety trait and that uader
similar conditions the tempo of leaf formation in difIL
varieties is id6ntio&l. For the forimtion of an identiwa
amount of leaves, the same amount of heat is required. Th
The All-Union Agricultural PAbIbition
Card: 1/3
44

COURMY USM
CATWORY Cultivated Plants. Cereals.
JOU11. r1_7hBiolo 110,141 1959, Noi 63352
AUTHOP
INST.
TITLE
ORIG. PU a.
'n,
11 P, -11 j- t.A. C Ttotals of effective tezperatiu-ea during thii periods between
Lhe formation of different leaves from the stage of the 3rd
leaf and until the emergence of tassels are very olose w1th
different variations in the duration of separate periode,
L formula, is suggested for the determination of an average
total of effective temperatures. A check of the obtained
relationships at a number of stations in thiri Eturopsan paxt
of USSR showed an increase from the north to the soutb in
the average total of effective temperatures *Ln one period
betweea leaf formation. This is oonneoted with Uie deficit
Card- 2/3

COUNTRY U&-A
CATEOCRY Gultivated Plants. Gereals.
RZhBiol., 110-14, 1953, Nev. 63352
ABS. JOUR.
AUTHOR
IF-ST.
TIME
ORIG. PUB.
ABSITLACT I -in the hwildity of atmosphere. For southern regions, it is
reoo=ended to ealoulate the sum of temperatures from a
wetted thermometer. - I. N. Zaikina
Card: 3/3 45

A11THOR: Chirkov, Yu, 1. 50-1-1/26
TITLE, Means for MDre ObJective Evaluations of Corn Crops
(Puti povyaheniya obl'yektivnosti v otsenke
nostoyaniya posevov kukuruzy).
PERIODICAL: Meterologiya i Gidrologiya, 1956, Nr 1 pp. 3-9 (USSR)
ABSTRACT: The evaluation of the state of the cultivation of corn made
every ten days in the stations looking after the agricultural
enterprises is of great importance for the active agro-
meterological service. According to the existing regulations
the general state of the cultivation of every culture is estimat-
ed as judged by the eye in comparison with the state of the
plants in years of good harvest-yields. According to the data
by Blookmann which are cited by the N. A. Maksimov, Academician,
the mass of the plant increases according to the rule of
compound interests, in a geometrioal progression. The crop
is determined by the initial weight of the seed, the quantity
of increase in percent according to unit of time as well as
by the duration of the vegetation period of the respective
plant. The ratio determined by Bleckmann may also be used for
the calculation of the average percentage of the increase in
Card 1/5 green corn mass during the time of foliation as well as for

Mans for More Objective'Evalustions of.Corn Crops
the calculation of the crop of the silo mass in harvcsting
during the formation of panicles. The above-mentioned
dependence is represented by the following formula:
A = a ( I + r )tI I M
A represents the final weight (crop), a - the initial weight,
r - the average.increase in weight during the time of 24 hours
in percent) and t- the duration of the vegetation period
n days). Then the final and initial weight and the duration
R
of the period are known the average increase in mass can per-
centally be determined:
4
r - T_Aj a (2)
when the initial weight a and the average percentage of the
increase in mass are known the final weight of the plant
A can be determined for any dais and a curve can be plotted
which expresses the speed of the increase in quantity in the
crop intended. By comparing the actual increase in the green
Card 2/5 plant mass with the curve plotted according to formula (2) it

Wans for More Objective Evaluations of Corn Crops 50-1-1/26
may be determined in weight units how far the actual
increase differs from the calculated one, which permits
(provided that the experimental data will confirm it)
to employ these methods for the quantitative estimation of
the harvest-yield of the cultivation of corn. The actual
increase, however, essentially differs from the calculated one
when the agrometeorological conditions are very different
from the average of the meteorlogical values which
characterize the growing period of the plant. Table 1 gives
the values on the absolute daily average of the increase in
the green mass of corn of the sort "Odesskaya 1011 and on the
average percentage of the increase according to the periods
of warming and decrease in temperature which were distinctly
observable in the year 1357. As is to be seen from table 1
the values of the increase in the green mass in the daily
average increase, constantly and independent of temperature
variations, whereas the percentage of the actual daily
increase changes according to temperature conditions,
decreasing on cooling and increasing on warming. The experiment-
Card 3/5 al values confirmed the possibility of applying the

Iftans for Ybre Objective Evauations of Corn Crops 50-1-1/26
calculated curve. This curve was plotted according to the
index r for the quantitative estimation of the prospects for
the corn crop and permit to draw the following conclusions:
1) In the period of foliation the increase in the green corn
mass is on principle determined by the formula of compound
interests. The final weight of the plant will in the period
of the formation of panicles depend on the average percentage
of increase as well as on the duration of the period.
A When the initial weight in the phase of the third leaf,
the given weight of the plant in the phase of panicle
formation and the duration of the period from the third leaf
to the panicle formation are known, the curve of increase may
in time be plotted according to formula (2). This curve
represents the calculation of the intended. crop.
3) By using the calculated curve of the increase in green
plant mass and the average density of the plants according to
unit of area it is possible to determine the course of increase
in quantity of green mass in hundredweights per he-.tare.
4) After determining the sum of the effective temperatures
Card 4/5 in the period from the third leafto the pushing out of the

*aas for JWbre Objective Evaluations of, Co= Croys 50-1-1/26
panicles for a certain sort of corn the duration of the
period with regard to the respective district may be
calculated according to the climatic values.
There are 1 figure, 3 tables, and 6 references, all of which
are Slavic.
AVAILABLE: Library of Congress
1. Corn-Crop evaluation-Mathematical analysis
Ca--4 5/5

3(5,7) PHASE I BOOK EXPLOITATION
SOV/2112
TsentralInyy instItut prognozov
Voprosy sellskokhozyaystvennoy meteorologii (Problems In Agricultur-
al Meteorology) Leningrad, Gidrometeoizdat, 1958. 121 p. (series:
Its: Trudyp v7p- 72) Errata slip inserted for VYP. 53, 1957.
1,200 copies printed.
Sponsoring Agency: USSR. Glavnoye upravlenlye gidrometeorologi-
cheskoy sluzhby.
Ed. (TItlei.-PAge) Ed;- (Ins ide- -,book,),: ~' L. P.1 Zhdanova;
Tech~.ZOW.l ; A.!A.~ Solovey-colic., and M.I. Bray6rng.
PURPOSE: This issue of the Institute's Transactions is intended for
agrometeorologists and agronomists.
COVERAGEi This collection of articles discusses various aspects of
agrometeorology, namely the effect of climatological conditions
Card 1/4

Problems in Agricultural Meteorology
SOV/2112
on various crops. Individual papers discuss the agrometeorolo-
gical conditions surrounding the growth of spring wheat, clover,
corn, millet, and buckwheat. Ye. A. Tsuberb*11er discusses
nagroklimat", i.e., the modified climatological conditions which
prevail over a cultivated area resulting from changes in the ther-
mal balance and vertical distribution of temperature. References
accompany each article.
TABLE OF CONTENTS:
Shigolev, A.A., and B.P. Ponomarev. The Relationship Between the
Number of Spikelete on a.Spring Wheat Spike and Agrometeorological
Conditions 3
Verigo, S.A., and Ye. K. Mamchenko. The Agrometeorological Condi-
tions for Singlecut Red Clover Seed Growing in the Central Regions
of European USSR, and a Method for Evaluating Them 12
C 11 -kov Yjl-_L Determining the Weight Increase of the Vegetat ive
Mass of-corn by Measuring the Height and Diameter of Stalk 37
Kontorshchikov, A.S. Agrometeorological Evaluation and Forecast
Card 2/ 4

Problems In Agricultural Meteorology SOV/2112
of Crop Development Conditions for Spring Wheat Under Operative
Farm Management 43
Ivanova, N.Z. The Agrometeorological Reasons Behind the Sowing
Times for Millet and Buckwheat In European USSR 52
Smirnova, S.I. Characterizing the Rostov District in Regard to
Sukhovei (Dry Wind Condtions) 55
Tsuberbuller, Ye. A. Developing an *Agroklimat" over a Potato
Field 61
Lyubomudrova, S.V. The Use of Information on the Height of
Plants in Evaluating the Agrometeorological Conditions Sharing
the Growth of the Green Mass of Corn in Kazakhstan 68
Anikeyeva, S.P. Agrometeopological Conditions of Grape Wintering
in the Samarkand Region 73
Card 3/4

-Problems in Agr'icultural Meteorology SOV/2112
Kirilicheva, K.V. Results of the Investigation of the State of
.Fruit Trees In the Spring of 1956 84
AVAILABLE: Librar'y.of Congress
Card 4/4
MK/bg
8-11-59
I

CILTHKOVI)M.11 Cmd Geog Sci--(disr) "ACrometercologic--a conditiorv; of
ro-ang corw in the central non-chemozom o-f the SR?I
US --osil'95S-
16 -p-p (Mz-an AdminiLtvition of Eydromuturnolot-ic-A soz-vice At'- the Council
of 11-inisters USSR. Ccntrt3Anst!64"*e of Forccncts), 150 Owics (LLj44-58,12

3 (7) t 300 )
AUTHOR: Chirkov, Yu. 1, $0V/50-58-12-2/20
TITLE: Agrometeorological Indices of the Increase in Height and
Weight of Corn (Agrometeorologicheakiye pokazateli prirosta
kukuruzy)
PERIODICAL: Meteorologiyd i gidrologiya, 1958, Nr 12, pp 10-14 (USSR)
ABSTRACT: The investigations were carried out in 1955-57 in the Moscow
area with corn (types: a) OdesakeLya 10 and b) gibrid Kransno-
darskiy, both can be ensilaged) with respect to the increase
of the mass. Since water supply was in most cases sufficient
the investigators tried above all to determine the connection
between the intensity of the increase (height and weight) and
thermal conditions. The following observations were made:
The increase in height of corn (Table 1) is not sufficiently
connected with the thermal conditions. It also hardly
characterizes the intensity of the increase in the vegetative
mass of the plants. The (absolute) increase in weight of the
mass does not correspond to the course of air temperature; it
is largely determined by the size of the leaf which during
the time of ve"getation changes by the hundred-fold. The
Card 1/2 relative increase of the mass expresses the agglomeration

Agrometeorological Indices of the Increase in Height SOV/50-58-12-2/20
and Weight of Corn
intensity of organic mass by the plant independent of the
phase of development, the absolute dimensions and the typical
features of the corn types. The fluctuations of the relative
increase are in the case of sufficient-water supply in very
close connection with thermal conditions. This makes possible
to use the heat index for characterizing the crop of
vegetative corn mass. Ths'crop of green mass can be roughly
precaloulated according to heat indices. The whole problem
needs further study because it is very complicated. There
are 1 figuret 3 tables, and 6 Soviet references.
Card 2/2

CHIRIOV, I
Determining weight gain of the vegetable matter of corn by
measuring the height and diameter of the stalk* Trady ?SIP
U0072'.37-42 '58. (XIU 12:1)
(corn (Naive))

CHIRKOV Y11J.
:-S
Phytoolimate formation in corn fields* Sbore rab, Hook,
gidromet. oboer. no.1:31-58 160, .(IMA 24:11)
(Corn(maizet))
(Microc.Umatology)

r
WIRKOV, TU. I.
Evaluating agrowtoorclogical conditions suitable for the growth
of corn. Trudy TSIP so*-98:6-17 160. (MIR& 13:11)
(Corn (Maize)) (Crops and climate)

CHIRK(yv., YU. I.
Securing the beat requ,'Lrements of high corn yields in the non-
Chernozem zone. Meteor.i gidrol. m.3-1:15-21 N 161.
(MM 14:10)
(corn (maize)) (crops and climate)

CHIPMV., Yu.l.,4--
Agrometeorological Indices of the gr&Ab of corn esta" W on the
basis of the surface area of leaves. Trudy TSIP no.VY705-43 161,
(KMA 14:5)
(Com (Hdze)) (Motoorologyg Agriatatural) (Qrowth (FUnts))

CHIMOV., lu.I,; SHABLEVSKM., V.A.
Varlation of the thermal indicators of the growth of agricultural
plants under conditions of vertical zonality. &teor.i gidrole
no.8:16-21 Jl Uee*Agal 162. (MM 15:7)
1. TSentral'W institut prognozov.
(Plants, Effect of temperature on)

CHIRKOV9 Yusl.; BELUKHINA, G.V.
Calculating the moisture supply of corn fields in various
climatic zones of the U.S.S.R. Trudy TSIP no.1310-12 163,
(MM 16:9)

CHIRKOV, Yu.I.-,...
Use Of Ph-=Dlogical data for characterizing the germination
conditions of variety and bybrid corn differing in their
time of ripening. Mat. Fen. kom. Geog. ob-va SSSR no.1:21-
26 162. (MM 17:3)
3 ~

ALITSHULERVON.; VINOGRADOVAp O.M.; ROGINSKY, S.Z.;-.CRIRKOV, Yu..N.
Possibility of chromatographic separation in gas-liquid columns
without the use of an inert.gas carrier., Dokl. AN SSSR 152
no.4:892-.895 0 163. (KMA 16:11)
1. Institut khimicheskoy fiziki AN SSSR.. 2. Chlen-korrespondent
AN SSSR (for Roginskiy).

SHCHEGLUVA, O.P.; CHIRKOVA, A.A.
-----r
w
Rougbness coefficients of rivers in the Chirchik Basin. Trudy
Sred.-Az.nauch.-Isil.ggmmateor.izwt. no*7:9Z-102 161.
(NM 15-03)
(Chirohlk Valley-jVrology)

CHIROVA, A.Y.
"The fox in Bulgaria" (in Bulgarian] by Nano Atanasov. Reviewed
by A.F.Cbirkovs. Zool.shur. 39 no,1:153-155 Js 160.
(MRA 13:5)
(Bulgaria--Foxes) '(At&rALsov, Isno)

CIMOVA, A. F.
Hydrophobia -
Babies in foxes. Veterinariia 29 No. 5p 1952.
Xonthly List 9_f Russiam Accessions, Library of Congress,
August 1952. UNCIASSIFIED.

CHIMVA, AJ.
Katerials on the dynamics of the fox population In the Voronezh
Province in connection with forecasts of their issue. Trudy VNIO
no.13:20-31 153. (NT-'RA 7:5)
(Voronezh Province-foxes) (Foxes-Voronezh Province)

CHIRK07A) A. F. - (moscow)
"Terms of Fox Reproducticn. to
report presented at a Phonological Conference, Leningrad, NOV 1957,
by the WS Geographical Soc.

SARCOPTES
"7be Spreading of Mange among Foxes in the USSR., in Relation to Geogra-
phic Factors", by A.F. Chirkova, 2,oologicheskiy Zhurnal, No 5. May
1957, pp 773-786.
According to the author, the first cases of range in foxes in the
south-western steppe of the USSR were recorded in 1919. This disease
then spread to both the steppe and forest-steppe --Ones, invaWd-'.. the
zone of deciduousforests and the prevalent part of the mixed forest
zone., but never penetrated into the semidesert belt. The author says
that the aUent of this disease is "one of the forms of the genus Aca-
rus - Sarcoptes adjusteQ to the life of many species of both domestica-
ted and wild animals" 1). During the 35 years since the first cases
of mange in-foxes were reported, the distribution of this infection in-
creased simantaneously with other infections in the USSSR.
The article concludes that immediate and continuing measures are
needed in order to control the infection of mange.
Card 1/2 - 64-

SARCOPTES
I)CHumans may tean8mit nange to foxes (cf. B.G. Averin,
"On Foxes and Hares Suffering from Mange", Ukrayins'W &sl-yvets'
ta Walka, NO 1) January 1928). The transmission of itch mites of
.t
the family of Saecoptidae to man is also possible-7
ailt~- ~ a"`~ aAl ~55-5 4
Card 2/2 - 65 -

CHIRKOVA, A.F., ROHANOVA, W.P., SMALIGAMM, V.1,
The epidemiology of alveolar echinococcoais in the tundra zone
of European Russia. Ked. paraz. i paral. bol. 27 no.2:l5Orl52
Mr-Ap 158 (MIRA 11:5)
1. Iz Vaesoyuznogo nnuchno- issledovnteliskogo instituta
zhivotnogo syrt hniny TSentrosoyusa.
Ya t pus
aNCHINOCOGOOSIS, epidemio'logy
alveolnr echinococcosis in Russia (Rua))
(LUNGS, diseases
alveolpr echiuocoecosis, spidemiol. in Russia (Rug))

C14IRKC)VA, -N.
KALITA, V.
Useful manual for vorkern ("Hethodic instructions for establishing
technical standards in enterprises of the meat and dairy products
industry" by I.D. Iltseer. A.N. Chirkova, L,H, Kironov. Reviewed
by H. Kalita). MiAl.ind.SSSR 28 no.4;60 '57- (MLRA 10:7)
1. Moskovskiy tokhnologicheskiy institut myssnoy i molochnoy
promyshlennosti.
(Meat industry) (BlIseev , I.D.) (Chirkova, A.N.) (Mironov. L.M.)
ft Nftft

FEOKTISTOV, Aleksandr Mikhaylovich., kand. ekon. nauk; GHIRKOVAp A.N.,
spets. red.; NOZDRINA, V.A., red.; SCAROVA, A.Mp--iekSi.-red~-
(Organization of ~rages in the dairy industry] Organizatsiia truda
i zarabotnoi platy v molochnoi prorWshlennosti. Moskva, Pishcbe-
promizdat., 1962. 199 p. (MIRA 15:7)
(Wages--Dairy industry)

FBOKISTOV, Aleksandr Mikhaylovich; VASILIUVA., Alel?~ndra Fedorovna;
A.Nt retsen2ent; BDGATATA, LA' red.; KISINA,
Ye. texnn. Fw.
(Establishing the levs"f mechanization and automation of
production operations in the dairy industry) RaBchet urov-
nia mekhanizatsii i avtomatisatsil proizvodBtvennykh pro-
teessov v molochnoi promyshlennosti. Moskva., Pishcheprom-
izdat, 1963. 26 p. (MIRA 16:6)
(Dairy industry6--Bquipment and supplies)
(Automation)

GONCHAITOV, Geraeim. Ivanovichl PANCHURINO Pavel Nikolaevich;
CHIRKOVA
(Composition of assembly drawings of instruments] Sostav-
lenie sborocbnykh chert6zhei pribDrov; uchebnoe posobie.
Leningrad, Leningr. elektrotekhn. in-t, 1964. n9 p.
(KIRA l8tl2)

CR~R~On~t_~~
Use of blostimlin to prevent separation of sutures of the perineum.
Akt.vop.perelakroyl AO-70-193-194 '59. (MM 13:1)
1. Inxtitut akusheretva i gluokologii ANY SSSR.
(BLOOD AS TOOD OR MICIRI) (SMUS) (PUMUM)

OR IPP~V~. -
r--
Improved limiters for cutting-off machines. Obm.tekh.opyt. [M]
no.26:.38-39 156, (Cutting aachines) (MMA 11: 11)

IMOLENKO, I.N.; A-- ~-
=S~~ I
Quantitative microdete:mination of carboxyl groups in cellulosic
materials by the lumboopcent method. Zhur.anal.khim. 18 no.8-.
994-998 Ag 163. (MIRA 16 132 )
1. Institute of General and Inorganic Chemistry, Academy of
Sciences, Byelorussian S.S.R., Minsk.

Fman oy wo mmona.ma &mue imamma n
-
(Noptell is" ~ i0jid Sol U.R.S.S. 19/A
Ta MUM. TaW~.-Rl
"S 289-291)0 stratISMft.&M palosiNko1w or the deposits
4 UW ow,QAtbs the lower Carbalterous
are described.
of the Vastern md bettru-slopel of Uw VON In Included.

vva

ee
of

i a
I Ira IA A I a fm 6 a 9 1 v IN 9 a
0 Is 0 0 0 0
0
goo
goo
*so
ties

t , .-,, I-. -

SOV/ 137-58-7-14014
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 7, p4 (USSR)
AUTHOR: Chirkova, K. 1.
TITLE.< Stne"Tictatimb"n""o"rl-rdn Ores of the pudozhgorskoye Deposit (01boga-
shcheniye zheleznykh rud Pudozhgorskogo mestorozhdeniya)
PERIODICAL: [ Tr. ] Vses. n. -i. i proyektn. in-ta mekhan. obrabotki polez-
nykh iskopayemykh, 1957,, Nr 102, pp 134-141
ABSTRACT: The Fe ores of this deposit are complex, containing not only
0
23-29yo Fe, but 6-7~6 TiO? and 0. 28-0. 40 /o V?O5. The dissem-
ination of the ore and gangue minerals is fine or minute. Mag-
netic concentration of the raw ore in two stages at an initial
size of 2-0 mm and a final size of 0. 2-0 mm makes it possible
to separate a combined Fe-Ti-V concentrate containing )50~0
0
Fe, I Z. 67o Ti and 0. 9 Yo V2C~, subsequent recovery being,
respectively, ~6-67, 72, and 77 Yo. Sintering of the resultant
concentrate is readilY4 accomplished on the pallet belt, with
air suction through the layer of chikrge. The sintering rate is
-14 mm/min. The Ti and V may be extracted as separate A.Sh.
products by further metallurgical and perhaps hydrometallur-
Card 1/1 gical treatment.-, 1..-,Iron ores--Processing 2. Sintering--Applica~ions

ASHIJWOV, Yu.R.; SWRNOV, Ye.A.;..CHIRKOVA, X.I.
Industrial flotation tests of oxidized Krivoy Rog iron ores. Obog.
rud 6 no.4:13-18 '61. (MIRA 15:1)
(Krivoy Rog Basin--Flotation)

CHIRTKOVA, K. V.
Chirkova, K. V.
"Auxiliary screening methods as one way of visual aid in history
lessons in the fifth through seventh classez: of intermediate
school.": Min Education RSFSR. Leningrad State Pedagogical
Inst imeni A. I. Gertsen. Leningrad, 1956 (Dissertation for the
Degree of Candidate in Pedagogical Sciences.)
Knizhnaya letopis'
No. 21, 1956. Moscow.

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r4r,"I IT 01 AT
s
it.
44

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ais til- aq.L -%IM 01,111 V uami3q ?3tmA '111" 414) C.
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CHIRKOVA, L. A.
USSR/Chemistry - Chlorides
.Chemistry - Nitrates
Apr 1947
"Topochemical Conversion of Sodium Chloride and Potassium Chlorides Into Nitrates", Prof
D. A. Epshteyn,, Dr Tech Sci; L. A. Chirkova, Candidate Chem Sci; I. N. Papulova, 5 pp
"Xhim Prom" No 4 ia / - / 0-5- /1 q7
Describes results of studies on speed of interrelation of gaseous form and liquid form
of nitro,en diaxide with solid chlorides, and studies which have been conducted on model
apparatus. Data obtained for kinetic similarities, operated by chain reactions. No study
of qualitative characteristics made.
PA 5 8T 15

BIRKOVSKIY, Yu.Ye..s red.; GRIGORASHCHENKO, A.Ye.0 red.; GRISHCHRiKO,
I.I.P red.; GUTMAN, L.B., red.; KOROVITSKIV-, L.K., r6d.;
MELINIK, 11I.N.j, red.; FAVLOV, A.V.p red.; PAP, A.G., red.;
CHIRKOVA L A.. red.
=Z.Z -
[Toxoplasmosis; transactions of the scientific conferences
in Kiev, December 21 - 23a 1962, and in Odessa, April
25 - 27,, 1963] Toksopla=oz; trudy nauchrykh konferentsii,
sostoiavshikhsia v g. Kieve 21-23 dekabria 1962 g. i v
g. Odesse 25-27 epre2la 1963 g. Pod red. M.N.Mellnika i
A.G.Pa.p. Kiev, (MIRA 18:2)
1. Ukrainskiy nauchno-issledovatellskiy institut okluraiv
materinstva i detstva. im. P.M.Bu5rko.

KOGA59 B.S.j KRASNOV, B.I.1 PAYEVSKATA# M.A.; CHIRKOVA L P YARTSEVAq
L.A.; SHUKHARDINO S.V.,, red.; UL'TANDVA-,D-.G.-# takhn. red.
(History of teelmolou; a bibliograpby of works publiabed In
1956) Istoriia tekhaiki; bibliografichaskii ukazatell 1956.
Pod re-A. S.V.Shokhardina. Moskva, Izd-vo Akad. mail SSSR,
1963. 141 P. (MIFIA 16:7)
(Bibliograpby--Tsd~mology)

th;) lizic-19001 th O-Weffu-fr-,
gLad
G U.4
py
-1 # . 0.
lki 1,
1-2-12.2% y'cld (valed. on wt. of
~;V:ilr ditu. of young b-m,b. cif Siberi.. fu,
-, mazenal us~a for the synthesis of opLically
--~.;Amr (11). 1 coulaim 30-44% bomyl
b, ~~po-n LL~n tal . Tht latter oxidize d or
-;- 11. 711e coylpn- of I
I !'t and t!mir cry--t dcli-
c ii.., c n
4.3-9.C.,
mid csouilsimc-led 2-5-

US8R/Chemical Technology - Chemical Products and Their 1-9
Application. Wood Chemistry Pmducts, Hydrolysis Industry
Abs Jour : Ref Zhur - Xhimiya, No 1, 1956, 266~
Author : Pentegov, A.P., Chirkova, M.A.
Inst ; Academy of Sciences USSR
Title Utilization of the Needles of Siberian Fir for the Produc-
tion of Fir Oil and Camphor.
Orig Pub Sb. statey po rezul'tatam issled. v obl. lesn. kh-va i
lesn. prom-sti v tayezhn. zone SSSR. M.-L., AN SSSR, 1957,
283-288
Abstract Yield of fir oil from needles and bark of different fir
species amounts ot 0.20-2.20% and 1.4-2.0%, respectively.
Content of bornyl acetate in the needle oil is 29.4-37.4%,
in the bark oil 17.9-20.2%. The composition of fir oil
vas investigated and its physico-chemical characteristics
Card 1/2

USM/Chemical Technology - Chemical Products and Their 1-9
Application. Wood Chemistry Products. Hydrolysis Industry
Abs Jour Ref Zhur - Khimiya, No 1, 1958, 2665
as well as its components are described. Conposition-of
fir bark oil differs from that of the oil derived from the
needles only in quantitative proportions of the compo-
nents. Oil from the bark of freshly cut trees contains
more bornyl acetate than the oil derived from bark that
has been stored.
Card 2/2

PBNTBGDV, A.P. [deceased]l CBVXOVA, N.A.
Composition and properties of fir oil from the bark of Siberian fir.
Trudy Xhim.-mat. inst. Sib. otd. AN SSSR no. 13111-18 159.
(Tir) (Oils and fate) (MIRA 14:1)

PZRTBGOV, A.P. [decei ed3; PANTEGOVA, V.A.;
Gompooltion of the reala of Slberian flr (Abies 91birica).
Trudy lhime-mets inats Sits otdo AN SSSR no, 1):3-10 139.
(MIRA 14;1)
(Oleoresins) (Fir)
I
t

P319TBGOVA, V. A.; -QRPKE~ ~M. ~
Composition of a heavy cedar oil. Trudy Xhim.-Mat. inst. Sib. otd.
AN SSSR no. 13:47-53 159. (MIRA 14:1)
(Cedar) (Oils and fate)

FERDINAND, Ya.M. (Rostov-na-Donu); Prinimali uchastiye: MARISOM A.P.;
MARGULIS,
XOVAIZV~XAYA,
BRAYNINA, R.A.;
L.A.- WASNENKO, A.M.;
I.L.; TELESHEVSKAYA,, E.A.; S4 LEVA, S.V.; KALININA, X.I.;
KOVALEVA, N.S.; IVANOVA, M.K.;?ARENDER, B.A.; KUCHERENKO, R.A.;
MANATSKOVA, K.S.; OLEYNIKOVA, L.T.; KIBARDINA,.Yu.A.;
GRIGORIYEVA, X.S.; SEMENIKHINA, L.G.; CHERNYKH E.I.; DOROFE-YEVA,
V.Y..; SHEVCHENKO, U.N.; ABRAYDVA, O.K.; SKULISKAYA, S.D.;
PETROVA, Z.I.; MAKHLINOVSXIY, L.I.; KUZIMINA, A.I.; ALITMAN, R.Sh.;
MARDERER, R.G.; YENGALYCHEVSKAYA, L.N.;-CHIRKOVAv M"' N.,; TERESHCIENKO,
-N.1.; SHELKOVNIKOVA,,)I.A.; PROKOPENKO, V'.V".-;'-B-EkU SMA'., Ye-Ak.;
BARANOVA, T.V.
Effectiveness of specific prophylaxis with alcohol divaccine
against typhoid and paratyphoid B fever in school-age children.
Zhur. mikrobiol., epid. i i=un. 41 no.lr23-27 Ja 164.
(KRA 18:2)

C position and origin of the "ostoro- In di till d I
&4 IA. N. Tv, Z.
ZXTI f OVA~ 1 rudy
gl3n-trol vrerc identified as glycerides of both higher,
watcr-insot., and of lowed fatty acids, including HCO21-1-
Tbtft so-called -'*esters" Actually- include, I~ aaaft. -To-
Arue estyjlsq.V"~d alkali metal salts of these fatty 7
acids Iatd and its 41enys.; ese salts are
canied:?ver by the glycerol vapors, and are
responsible for the yellowish color of distd. glycerol.
Ile HCOtH is formed by reaction between acrolcip and
H30 vaporLLaMras and lactates may be Forined Uy it-
~acflcm b6tweeri boi Wi
glycerol and alkali. 0 ng to
alcoliolysis, fatty -acids, from AcOH up, are also present
In tbe free stat4e. The depressing effect of excess caustic.
alkali in crude glycerol an the "esicr" content of distd.':
glycerol is due to a depression of the alcobolysis of the
fatty acid salts, to a Unding of volatile acids and to trans-
forituttion of aldehydei nto nonvolatile compds,
N. ThortJ

UMNSUYAI, P.A;i in%16; CHIIIKOVA N A -imsbe
Processing aunf2ever oil.of_-kgb acidity. Maal.-;zhir.prom. 27 no.It
30 Ja 061, (MIFA 34: 1)
1. Mmr I kovmddy o.hirtyway kambinat.
1',S=flo.wer seed ou)

"Y 0 V/~I/y, 41
USSR/Virology. Virus of Man and Ani;als E
Abs Jour 11.ef Zhur-Biol., No 13, 1958, 57417
Author "0--
Inst :-'Uf-a Scientific-Research Institute of Vaccines
and Sera
Title : ComDarative Characteristics of Different Anti-
gens of Ileasles in the Neutralization Reac-
tion Under the Control of AVB.
Orig Pub ; Tr. Ufimsk. n.-i. in-ta vaktsin i syrovorotok,
1957, vyp, 41 217-224
Abstract : No abstract.
Card 1/1
12

C k~RKoVA tVI
137-58-5-9324
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 5, p 76 (USSR)
AUTHORS: Manchenko, L.V., Chelokhsayev, L.S.,_.Qdjkova,_jL_P,--
TITLE: Thallium Distribution in the Dust Collecting System of a Lead
Plant (Raspredeleniye talliya po tsekhu pyleulavlivaniya svint-
sovogo zavoda)
PERIODICAL: Byul. tsvetn. metallurgii, 1957, Nr 11-12, pp 51-53
ABSTRACT: T1 lolises, as well as the distribution of this element in the
dust-collecting system, were investigated. It was established
that total T1 losses throughout the dust-collecting section of a
lead plant may attain 24.9%, but that they can be reduced by
one-half by means of extracting TI from the drain water and by
discontinuing the practice of discharging gases into the atmo-
sphere without preliminary purification. It is essential that
roasted dust from electrofilters be systematically processed
in the cadmium shop. This will sharply increase the proportion
of T1 in the finished products.
G.S.
1. Thallium--Determination 2. Thallium--Separation
Card 1/1 3. Lead--Production

137-58-6-11983
Translation from- Refer ativnyy zhurnal, Metallurgiya, 1958, Nr 6, p 113 (USSR)
AUTHOR. Manchenko, L.V., Chirkova, N.P.
TITL.E~ Recovery of Merx-ai'y-at the Leninogorsk, Complex Metals
Konibinat Polucheniye rtuti na Leninogorskom polimetallicbe-
skom kombirate')
PERIODICAL BYLIL tsvetn. melallurgii, 1957, Nr 23, pp 18-20
ABSTRACT A method was developed for processing of sublimates con-
tain3ng Hg. SP; and TI. The process is based on the difference
in vapor pressure of these elements and their compounds and
consists of the following procedures, After mixing the subli-
mates with NaZC03 (4076 of the dust by weight) the Hg is dis-
tilled out of the mixture at a temperature of 400-5000C. The
SeOZ reacts with the Na2S03 to form a nonvolatile sodium
selenate- the basic bulk of the TI does not undergo sublimation
at that temperature, An installation r-onsisting of a retort furn
a(e is employed in this process; the temperature of the furnace
is mainlained automatically. Metallic TI flows along an in-
clined conder.Eer tube into a collector and then into a sump
Card 1/2 where it is preserved under water until the condenser has been

137-58-6-11983
Recovery ol Mercury at the Leninogorsk Complex Metals Kombinat
romplete)v drained. Sublimates processed in this installation contain an
average arnount of 3.516 Hg. The content of Hg in the cinder varies from
traces- to 0.1% and con~,titutes 0.019% on the average, this corresponds to ar,
ext.racilor, of 97.16%. 85-98% of the Se and 81-100076 of the TI remain in the
cinder.
G.S.
1, mezcury _I~c!cOve-Y ~!Jnerals--Sepa_ratdon 3. Solitim hem i ca
---action,,. Selr-zdum ox idrts- -.'hem teal reactions
Card 2/2

SOV/136-56-8-7/27
AUTHORS: ManGhenko,, L*V- and Chirkova, N.P.
TITLE: Production of Mercury at the Lead Works of the Lenin-
ogorsk ' Polymetallie Koubinat (Polueheniye rtuti na
svintsovom zavode Leninogorakogo polimetallicheskogo
kombinata).
PERIODICAL: TavetnyVeMetally, 1958, Nr.S. pp.28-34 (USSR)
I
ABSTRACT: At the Leninogorsk,.,~--. Kombinatmeroury was detected in
appreciable quantities in various process by-products
(sinter dust, etc.), and during a laboratory investigation
of thallium distillation (Table 1)4 . Temperature was
found to have a great effect on the distillation of mercury
(Fig.1 and Table 2), The work was continued on a larger
scale (Fig.2): in one series of tests 700 g charges of
sublimate were distilled at 450-47000; in a second, 500 g
charges were heated with 40% by weight of soda at 5000C.
There is now a full-scale meroury-distilling Installation,
designed on the results of the above experiments, at the
Leninogorskiy combine, and operating experience has been
Card 1/2 accumulated. The optimal conditions were found to be:

SOV/9336-58-8-7/27
Production of Mercury at the Lead Works of the Leninogorskly
Polymetallic Nombinat
40 and 3%, respeotively, of soda and saltpetre, of the
wei�ht of sublimate; gas-spaeo temperature in retorts,
450 C; duration of roasting 12 hours; suction after the
retorts B-12 mm water; exit-gas temperature not over 2000.
'Under these conditions the mercury recovery was 95.5%;
mercury loss in the cinder 0.4% (0.01% Hg in the einder),
the Tl and Be recovery in the cinder 95.5 and 99%,
respectively. There are 2 figures, 4 tables and 5 Soviet
references.
1. Mercury--Production 2. Mercury--Temperature factors 3. Mercimy
--Test results
Card 2/2

/