SCIENTIFIC ABSTRACT BOLDYREV, M.D. - BOLDYREV, S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206110015-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

MANUKOVSKIY., N.F.; POLONETSKIY, S.D.; OREKHOV, N.I.; SYCHEV, A.F.;
BC)LDYRE.,V-,--M.D.; SEMENOV, V.M., nauchnyy red.; KRYUCHKOV,
-V-.L., rod.; CHIRKOV, A.Ya., red.; PERSON, M.N., tekhn. red.
[over-all mechanization of corn growing and harvesting]Kom-
pleksnaia mekhanizatsiia vozdelyvaniia i uborki kukuruzy.
Moskva., Proftekhizdat, 1962. 118 p. (MIRA 16:2)
(corn (maize)) (Farm mechanization)

PITROV, V.P.; BOLDYREV, M.D., agronom,
Advanced experience in over-all mechanization in corn cultivation
in Voronezh Province. Zemledelie 7 no.2:37-45 F, '59.
(MIPA 12:3)
l.Starshiy inzhener Voronezhakogo oblastnogo upravlaniya sel'skoge
khozyaystva (for Petrov).
(Voronezh Province-Corn (Maize))
(Farm mechanization)

SKACHKOV,. I.A.; YELAGIN, I.N.;
Yu.M.; BOLDYREV, M.D~:
red.
KOCHERGIN, F.V.; FOLESHCHUK,
MOKSHIN, P.N.; GOMMKI L.I.p
rl~illet production on leading farms] Proizvodstvo prosa
v peredovykh khozialstvakh, Mosl,,-va,, Kolos, 1965. 134 P.
(MIRA 18:7)
1. Direktor Nauchno-issledovatellskogo instituta sel'skogo
khozzyaystva tsentrallno-chernozemnoy polosy in. V.V.Doku-
chayeva (for Skachkov). 2. Glavnyy spetsialist po zerno-
bobovym i krupyanym kullturam. Ministerstva sellskogo
khozyaystva SSSR (for Yelagin). 3. Nauchno-issledovatell-
skiy institut sel'skogo khozyaystva tsentrallno-
chernozemnov. polosy im. V.V.Dokuchayeva (for Kochergin,
Poleshchik, Boldyrev, Mokshin).

BOLDYRKV., M.I., aspirant
Apparatus for recording the gall midge. Zashch.rast.ot vred.i bol.
7 no.6--46 JTe t62. (KrRA 15:12)
1. Moskovska-ya ordena Lenina seliskokhoz7ayst7ennaya akademiya
im. K.A. Timiryazeva.
(GEL11 gnats)

BOLDYREV, M.I., aspirant
Improved metho for taking samples for soil analysis. Zashch.
rest. ot vred. i bol. 8 no.lsC-48 Ja 163. (MIRA 16-5)
1, Moskovekaya ordena Lenina sellskokhozyaystvennaya akademiya im.
Timiryazeva.
(Soils-Analysis)
11

BOLDMEV2 M.I., aspirant; OCHMETENKO, Te.Ye., dotsent; BATYSHCHIKOV, H.K.
---Tomasiniana ribis. Zashch. rast. ot vred. i bol. 8 ho.5s22-24
W 163. (MIRA 16:9)
1. Wedra entonologii Moskovskoy ordena Lenina sellskokhozyavstvennoy
akademii In. Timiryaseva (for Boldvrev). 2. Kamenets-Podollskiy
sellskokhozyaystvezinyy institut (for Ooheratenko). 3. Glavnyy
agronom mezhoblastnogo tresta sovkhozov, g. Khmeltnitakiy (for
Batyshchikov).
(Gall gnats) (Currants-Diseases and pests)

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KUPRIYANOV, A.S., inzh.; AB11MV, L.Kh., inzh.; BOLDYREV, M,V., inzh.
Patents. Khim. mashinostr. no. 6:43-44 N-D 162. (WRA'ils9)

BOLDYREV, M.V.., inzh.
Application of geophysical methods for studying the condition
of the roadbed. Trudy NIIZHT no-31:245-253 162. (1-aRA 16~9)

ABRAMOV9 L.Kh,, inzh; POLDYREV M.V,, inzh,
j_
Patents. Xhim. manhinostr. no.lt46 J063 (MIRA 1727)

BOLDYREV V-
Standardization of plastic containers. Standartizatsiia 26
no.8:34-36 Ag 162. (MIRA 15:8)
(Containers--Standards) (Plastics)

ABRA1,11OV, L.Kh., inzh.;..KUPRIYANOV, A.S., inzh.:; BOMYREV, M.V.. inzh,
Patents. Khim.mash. n0-4:45-46 JI-Ag 162. OMA 15:7)
(Chemical engineering-Equipment and supplies) (Patents)

KUPRIYANOV, A.S.J. inzh.; BOLDYREV, M.V.,-inzh.; ABRAMOV, L.Kh., inzh.
Patents. Khim.mash., no.2:44-46 Mr 162. (KRA 15:3)
(Chemical apparatus--Patents)

BOLDIREV) II.V inzh. (Novosibirsk)
Electric prospecting in railroad engineering. Putl i put.khoz. 7 no.8:
15-16 163. WIRA 16:9)
(Railroad engineering) (Electric prospecting)

BOLDMV, N- (Chelyabinsk)
Deserved award. Put' i putekhozo nooll:32-33 N '59.
(MIRA 13:4)
(KiLrgan Province--Railroade--Kaintenance and repair)

ACC NR, AP6018232 SOURCE CODE: UP,/Ol~16/6L')/OC,0/002/00'0~7/0070
AUTMOR: Boldyrev,.N. (Lieutenant Colonel)
ORG: None
TIME; Ice crossings
'7-70
SOURCE: Tyl i snabzheniye sovetskikh voorushennykh sil, no. 2, 19060',0
TOPIC -GS; ice, transportation system, low temperature transport, tracked vehicle"~
arctiic'~vehicle, arctic climate, climatology
ABSTRACT: Extensive experience in constructing ice cross:'.ngs in troOD garrison
areas where communications and supply :would be impossible without them is the basis
i for selecting an ice crossing site where the bank slope is no more than 10%.
Knowledge o" the hydrograph-y and ice formation characteristics of rivers and lakes
makes crossing site selection easier. ice crossings may involve using the natural.
Ice surface, reinforcing the crossing zone by additional watering and natural
.'-eez4ng of successive layers, or the laying of corduroy surfaces over the ice to
permit passage of heavier loads. Reconnaissance of prospective ice crossing sites
by special parties, and the techniques and equipment employed, are described. Load
limit capacity calculations are suggested and three basic ice crossing variations
are discussed using sketches which show dimensions, thickness, and other critical
Card 112

ACC NR-. AP'dl8f~
.. easurement
Construction techniques are described in detail and data on minimum
1. ice thickness in centimeters for tracked and wheeled vehicles of various weights
&or average temperatures of -10*C, -.51 C and 0* C are listed. Ways in -which ice
deterioration during thaws can be detected are stressed. Orig. art. has; 3 figures
and 1 table.
SUB CODE- 15,04/SUBM DATE: None
LC,~rd

-LYuujx-rm-v, n. 13.-; YIIVIUINP ZAHrEF-EVAI-O.- D.
Distances - Measurement; Visibility
Calculation of visibility distance. Dokl. AN SSSR 84 no. 3, 1952. red. 9 Jan. 1952
Monthly Imst of Russian Accessions, Library of Congress, September 1952. UNCLASSIFIED.

BOLDYREV, N.G.
"Upon the Time of Distinguising,"
Iz. AK. Nauk SSSR, Ser. Geograf. i Geofiz., nos. 1-6, 1-942

13OLDYBEV, N.G., Professor
B
Scientist; At All-Union Conference on Hadro-optics, Read paper on "Elptical
Observations in Great Depths" (1Q,47) held at USSR Academy of Sciences, Leningrad
Soviet Source: N: Leningradskaya Pravda, no.17, 21 Jan. 47, Leningrad

BOIA)YREV, N. G.
"Ye. A. Svirskiy." Elektrichestvo, No. 1, 1950

1301,DYREV, IT. G.
TT. 282 (Visibility range of actual objects) Dallnost' vidimosti reallnyl-h ob"ektov.
Trudy Glavnoi Geofizicheskoi Observatorii, 19 (N.S.): 14-24, 1950

USSR/Engineering -,Lighting, Measuring Dec 51
Inst~~uments
"Precision of Visibility Meters," N. G. Boldyrev
"Iz Ak Nauk SSSR, Otdel Tekh Nauk" No 12,
pp 1786-1791
Briefly reviews instruments for measuring visi-
bility, based on extinguishing of visible image,
and discusses precision of measuring. Visibility
measuring instruments permit measuring relative,
not abs,contrast of object and background against
which object is observed. Relative contrast is de-
fined ai ratio b4tueen abs contrast and threshold
of contrast seniitivity. Submitted by Acad V. S.
-Kulebakin.--- 205T24

USSR/PhYsics - Visibility Range 21 May 52
"Computing the Range of Visibility," N. I. Pinegin,
N. G. Boldyrev, 0. D. Barteneva
"Dok Ak Nauk SSSR" Vol LMI'V, No 3, pp 483-486
States that the law governing the variation of sharp-.
ness of differentiation in dependence on contrast of
observed objects with the surrounding background is the
basis for computing the range of visibility. For the
case of light adaptation of the eye, this law was lot
proposed by A. A. Smirnov ("Sbornik Zritellnyye Osh-
chushcheniya i Vospr*iyatiya" (Symposium: Visual Sensa-
tions and Perceptions), 1935) as a result of detg the
225T84
the thresholds of discrimination of brightness ver-
sus size. of object.. Proposes a simple practical
formula (Boldyrev's) for visibility range. Submit*-
ted by Acad K. N. BYkov 25 'Mar 52.
225T84

BOIDYREV, N. G.
"Experimental Proof of the Energetic Theory of Visionn.
Probl. Fiziol. Optiki., No. 8, PP 302-306p 1953.
The author presents a mathematical analysis of wcpariments performed by
other investigators., and shows that sensations identical in intensity must
correspond to equal light beams striking the eye. The probability of
differention depends only on the value of a,, determined from the formula
(K -E)t~)=a, where K is the brightness contrast between object and background
a is the solid angle at which the object is seen, and E-ia the threshold of
contrast sensitivity which corresponds to the smallest Wceived contrast of
and object of very large angular dimensions. The value of a does not depend on
the the values of'iCand W separately. (RZhBiol,, No. 10s 1955)
SO: Sum No 884, 9 Apr 1956

BOLDYREV, N.G. and MITENEVA, O.D.
"Determination of ARetho Meteorological Visibility Threshold by using
Contrasts of Distant Objects" Tr. G1. Geofize Observ.p No 42., 1953.. 32-51
New method of determining the visibility threshold of an object are
suggested by making use of contrasts o f the diatant object* Equipment devised by
V. A. Gavrilov, (RZhFizp 1955, 23463) is applied to_ipeasure;Lents. (RZHFiz, No 10, 1955)

L
BARTENEVA, O.D.; BOLDYRU, N.G.; BUTYIZV, A.A.
AI-M~~--,
DetermintgrTge atmospheric transparenc7 and the illuminating power
of distant fires by means of astronomical photometers. Trudy GGO
no.42:59--68 '53. (MIRA 11:1)
(Atmospheric transparency) (Photometry)

-Y.
"Tha -~uuiitiu-. Natiure of' Daytime N. I. I in---r-,in
7
DA~: '101 93, 11-10 1, m-, 31-34
Poses the su:7gested by S. I. Vavilo-.'s classical visusil~-Aho~! inv-asti---tions
into light-quantiu-. flue' ma-tions, of wh-ath-,r nuanttm. fluctuations plays ~--.n-, role in
the process of daytime -vision an! wheth,'-r, then, it is - ossilble 'o easur--- tuhq,~ for
hif7h levels of brirhtness. Cites related works of S. 0. 1-.ayzell (6bornik Lat~~r V-6
Nauchno-Takh Sassii po Svetoteklinike oil 1111-Ullion Ocl-Tach Se.-Sion oil
Lighting Enaineering), 1--oscow, 1948) and of 1". G._..~Olj -rc!v V. Lui,-.ov (Tru,*,y
__y
Sessii Posvynshch P--my-ti '%Iavilo,,a (I'lorks of Session in 1-~ei:-ory of IbSCOWY
-1953)'. Fr sented '-Y Acad A. N. Teranin 16 Jan 53.
275T")~7

USSR / Human and Animal Physiology. Sensory Organs. T
Abs Jour: Ref Zhur-Biol,,, No 9, 1956v 41761.
Author
lnst : All-Union Scientific Research Institute for the
Protection of Labor.
Title : The Interconnection Between the Optic FunctLons
of the Eye.
Orig Pub: Tr. nauchn. sessil vseso n-I In-ta okhrany truda.,
19549 (1955) vyp, Z, 84-90.
Abstract: On the basis of data obtained from theoretical
calculations, the author finds that It Is possible
to extend the application of the laws of Bavllov
to the following cases: 1) determination of the
Card 1/2

USSR / Human and Animal Physiology. Sensory Organs. T
Abs Jour: Ref Zhur-Biol., No 9.9 1958, 41761.
Abstract: probable orlgin of optic 3ensation; 2) determina-
tion of the various thresholds of the optic sensa-
tion, partly at high levels of brightness.
Quantum consideration may also be extended to cases
of stimulation of N light sensitive elements (and
not only of one, as stipulated In Havilov's
theory). -- A. P. Bruzhes.
Card Z/Z
148

BOLDYRBV.N.G., doktor tekhnicheskikh nauk, professor
Glare from lighting devices. Svetotekhnika I no-3:6-7 Je'55.
(NLRA 8:10)
1. Leningradskiy elektrotekhnicheskiy institut
(Optics, Physiological)

BOLDYREV, N.G.; BARTZMA, O.D.
Precision in measuringbrightness contrasts [with summary in ftlishl.
Bioflzlka 2 no.6:713-719 157. (MIRA 10:12)
1. loningradekiy elektrotekhnichaskly institut im. r1. Ullyauova
(Ienima).
(Photometry)

BOIDYREV, N.G., GUREVICH, M.M., TIKHODEYEV, P.M., FMOROV, N.T.
on N.D. Niuberg's article OColorimetric experiments as a menns of
studying color sense and the requirements they should meet.*
Biofizika 3 no.3:381-383 158 (MM 11:6)
(COWRIMSTRY)
(COWR SHNSE)

ALITH OR i Oikis, A. F. , Can41dsto of Technical ScIances,Docatt
?IVA$ Inter-UnIveraity 8cleatific Conforenes on Electric
measuring Instruments and Technical Means of Auto3atlon
(Hashvusovskaya nauchnoya konferentalya po
alaktroitseritalln" priboras I tokhnichookin aredatvan
avtomatiki)
PIRIODICAL,igIzvestila V7nohikh Uchebnarkh Zavedonly.Elaktroaakhanika.
58, Wr 9, PP 150-135 (USSR)
ANTIAM The conference was held at the ImalWadekly
elaktrotokhnicbesklY institut Izent V. 1. U11yanova
(laninal (Leningrad Eloctro-technical institute issai
V. I. Ul'yazov (1,enin))on flovember 11-15, 1958. The
representatives of eleven bigbar reaching establishments
and throe research institutes participated and a large
number of speciallato of various Industrial undertakings
were present.
SOV/1"_58-9-18/18
Xnter-UnIverolty Scientific Conference On Electric Measuring
lastr~nts and Technical Means of Autoxatlan
Bleatro-Ttehnical
Pro" Ln Die p par 0 discrete a,,
InSIN."Os a tonatic
fiyetess with back coupling, has a own that the final
automatic device can always be synthe Load frog elements
Tossooming OR17 two states, 0 1, which are linked
ato a finite number of elementary circuits.
Docent A. M. Molik-Sh an T (AserbaydahLA industrial
Institute Imeal. M. Asiabakov) in big paper *Problems
of autmostion of a.c, compensation mechmmlsao" gave a
systematic review of the problem and quated. practical
example@ of auto-compensation squip"At Used In various
branobot at anginsering.

VOV
3(7) 0 /50-58-10-14/20
AuTHORS: Baldyrev, N. G., Barteneva, 0. D.
TITLE- The Method of Mea-curing tha Meteor-_.'Iogial~"_
to Cmtxmh3 of Distant Objects (Metodika iizmereniya
meteorologiclieskoy dallnosti vidi-mosti -o kontrastanil udalennykh
ob"yektov)
PERIODICAL: 14eteorologiya i gidrologio,ra, 1911-8, Nr '40, PP 50-53 (USSR)
ABSTRACT: The theory of visibility (Ref 1) of real objects checked by the
net of weather stations (Ref 3) is presented in methodical in-
structions (Ref 7). Iffith the aid of these instructions, the
meteorological view can be determined. Further it nan be found
not onlf that, but also how distinct, individual rt-al objects
will be visible under given conditions. In determining the
meteorological view, the intensity of mist in the air must be
estimated on real objects. This g-roatly incre,--ises the accuracy
of observations (ief 8). Formulas (Refs 1-3) serve for deter-nin-
ing the meteorological view: ln 1
S = F, 1 (1), Y10 being
InK -lnK
0
Card 1/4 the true contrast between. object Lind sky background on the

So// 5o- 58- 10- 1 4,12r)
ThelAet.bL,d cof Measuring the Mete-~=-1~~gi:~al v1eib-D-11ty klan~ge
A-:-::-,rcUng t~:P Contrasts of Distant f~IJects
horizon, K - the contrast as modified by the mist, 1 - the
distance between the observer and the object. and F, - the
limiting value of contrast sensitivity of the eye (fixed ,~~-ith
51~o). The possibility for a Dractical determination of the
meteorological view according to (1) depenis entJrel-- on the
supply of reliable table indications fcr K The error of this
latter method was indicated with � I`f (Ref 5). The aceurnc.~ of
.j/0 -
determination of the contrast K of the h5zy object also depends
on this. The more K approaches K 0', the greater becomes the er-
ror in determining S. The determination results of S are not-
equivalent. Some observations shoiild be ~-iven a which
characterizes their accuracy. Thii~ weight lnK InK
p
1n
Then the mean value of the meteoroloCic.~~l view S is. calculated
from several observations accordinr- to a simple and practical
Card 2/4 formula S = F-1 (3), the numerator rep~ecentinl- 'he sum of
Ep

~he Method of Measuring the Meteorological -Visi-.)1l:Tty Range
According to Contrasts of Distant Objects
SO-7/5 0-:518 - 11 00- 14/20
distances to all objects for which the meteorological view was
.determined, whereas the deno;ainator denotes the sum of all
p-values. An extensive checking of the above method at the
field base of the GGO (Glavnaya geofizicheskaya observatoriya
= Main Geophysical Observatory) in Voyeykov in 1949 showed that
a measurement of the meteorological view without the.use of
optical instruments is possible with an accuracy of --I- 20;-to for
the magnitude to be measured, Those results "led to the publica-
tion of an instruction (Ref 4). The errors adhering to this
method were determined. The sources of error including those of
the 8 stations of the UGMS (Upravleniye gidrometeoreologicheskoy
sluzhby = Hydrometeorological Service Administration) of the
Ukrainskaya SSR, appeared, because at that time the table of
standard contrasts by I. N. Nechayev had not yet been published.
In the evaluation of observation results, the determination
accuraoy according to the above new methods was investigated.
To evaluate new methods, reliable indications on the meteoro-
logical view were necessary. They were obtained according to
Card 3/4 the method of "forks" (Ref 7)t 11 < S < 1 2 (4), 11 being the

SOV/50- 58-10-14;"20
The Method of Measuring the 114eteorcEcgicai Visibi1ity Poap
According to Contrasts of Distant iftjects
distance to the most distant visible object, and 1. the dis-
tance to the nearest invi3ible object. Table 1 shows that the
number of observations not to be acco!.-modated in the "fork"
(4) is not great. This certifies the value of the method sug-
gested. Table 2 shows that the mean 3quare error of S , at a
weight p = 1, is independent of a division of observations into
groups according to the intensity of mist. This confirms the
correctness of formula (2). As the mean arithmetic value cf the
error 4 (it characterizes the systematic error) was near zero.
it was proved that the statistic control of observations of the
station network could not detect any systenntic error in the
new method. Also the choice of the numerical value of the lim-
iting value of contrast sensitivity & - O~05 (Ref 3) proved to
be correct. Finally, the authors carry on a controversy ~gaint;t.
A. V. Gavrilov (Refs 5,9) who incorrectly presents a number of
principal que5tions and recommends the return to the di-
aphanoscopic method. The authors, however, advocate the table by
Card 4114 Nechayev. There are 2 tables and 10 Soviet references.

3(7~; 224(3~ PHASE I BOOK EXPLOITATION
Leningrad. Glavnaya goofizicheakaya observatoriya
SOV,/4548
Issledovaniye radiatsionnvkh protessov (Study of Radiation Processes) Lenin-
grad, Gidrometeoizdat, 1959. 142 p, (Series: Its Trudy, vyp. 80) Errata
slip inserted. 1,200 copies printed.
Sponsoring Agency: Glavnoye upravleniye gidrometeorologicheskoy sluzhby pri
Sovete Ministrov SS3R.
Ed. (Title page): V. L, Gayevskiy, Candidate of Geographical Sciences; Ed.
(Inside book): V. D. Pisarevskaya; Tech. Ed.: A. N. Sergeyev.
PURPOSE: This book is intended for geophysicists and engineers studying
radiation phenomena.
COVERAGE: This collection of articles treats problems in optics of the
atmosphere and actinometry. Results of theoretical and experimental
investigations of visibility range, transparency of the atmospher-,
and the radiation regime of both the active surface and the atmosphere
3
Card 113

Study of Radiation Processes
"VV f ~ ~7x+-
are shown. Individual articles deal with therathodology of actinometric
observations, No personalities are mentioned. References accompany
each article.
TA13LE OF CONTENTS:
Bol4yrev, N--G-., and 0. D. Barteneva. Visual Methods for Determining
the Meteorological Range of Visibility and Testing These Methods on
the Hydrometeorological Station Netvork 3
Makhotkin, L. G. Results of Studying Variations in Direct Solar
Radiation 11
Makhotkin, L. G. Regularities in Scattered Radiation Changes Under
a Cloudless Sky 17
Makhatkin, L. G. Computing the Possible Diurnal Totals of Direct
Radiation 23
Grishchenko., D. L. Relationship Between Albedo of the Sea and the
Solar Altitude and Agitation of the Sea Surface 32
Barteneva, 0. D., and A. A. Butylev. Visibility of Color Lights
Under Field Conditions 39
Card 2/3

Study of Radiation Processes 7)
Ter - Markaryants, N. Yo. Computing the Albedo of Water Surfaces 45
Barashkova, Ye, P. Certain Replarltiev In the Regime of Total
Radiation 51
Barashkova, Ye. P. Scattered Radiation In Karadag 70
Barashkova, Ye. P. Computing the Daily Sm of Total Radiation Accord-
ing to Standard Obeeryatione 88
Barcahkova, Ye. P. Turbidity of the Atnesohere in Karadag 97
Golikov, V. I. The Probleu of Measiving Infrared Radiation With an
Instrument Protected by a Polyethylene Windshield 112
Gulyayev, B. 1. Spectral Error of Imtr=ents Measuring Plant Radiation 126
Gulyayevi,B. I. Cftputift,,,the Cosine. Characteristic of Instruments
Cbnstructed With a Convex Transparent Glass 135
AVAILABLE: Library of Congress
Card 313 MM/lsb
11-3-59

8(2). 9(6)
AUTUOR. Anisi.al, V. I.. Xngivwe~ 507/119-59-3-1 3/15
TlTLS. Th. later-unlveraity Sclectific Can' renco
tric.1
19
... r
a. Z1%
1-4 1-trva..t. and .. the Technical
f
.
,
Auto .ion .-Chnay.
(
X.cf.rontmiya po .1ektroix-rit.1-my. prib.r- I
to khati.h..ki. mrsdaty- a, to..tiki)
PXXIODICAL, Priborostroy.aiye. 1959, Nr 3, pp 50-31 (US32)
ABSTRACT. This Conference was hold at the Lsmicgradakiy el*ktrotalchnichash
i'all!" 1.. 1. 1. Ully-ov. (L.=I-) (L..iWaA

T
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Yh I.!,
Ihe SIB (Sy.ci.1 D.mig. Office), of Industries -4 other
.rj-i..tLan.. More than 30 lectures were delivered in
Ibe ft..tiag. . fth is Confer ... *. 1. opening the
1 1,B.radJtmkly underlined the out.t~dingLtportanotaf~toa*tIon,
;;
4 of .$&Suring technique for the devel.;--.t of national
occon.y. it- X- Sh"Llovskiy In his lecture reported on
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11 t, .1 U.:uring Instruments and on the Technical
aaan& of Automation
"our t. automatic q..ti. .6 -r~ in digital C:.y ".tions.
of'dot =illad t 04mal ror
1. RMeraheakal Methods 3% tyy:r he a r .
if a-mag-lia 1.ttau. P. P. Ornat.kiy.
problems to measuring 1.0 ri qusatlli.. aVktr*..Iy to.
freq :nci,.a by ;1,ctrL..,1y1Adic:tlc4pIftstrvm, at. of ver a
4W.tu, .. , ikolk , go, I ty . of me
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h :.catroll.f.thoparan are
"rise yr.d~tl . I. . 1ADl - Son- Characteristics of
aidgot induction noto-re-which a= be ueed in measuring
technique and s4tocation. P!. &- Sorodal-i Ultran.-I
pro "d liquid level C.1gem. !~. A. Skrip.-.kl Th.
M.ul t us.aui4tica indicator for
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riut bridge*. 1. T. S.wids Th. application
of Listoa at. with am6netIc brfd4gwm, which po r.It
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Card 4/5 watmitivlk; of gs.% analyzers. P. V. So,lt.klyi
of apparatus far oasuring eibr.tlcn qUantill:v.
- - ". I 'on
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re ir VpIl
alrouitry 1. utosatica, end me:surlg technique. C. 0.
vo,QP.~b.nayyj Development f .quring amplifier* with
ipex1conAuctor triodes. U. 1. lovzjvl'tv-r, M. A. Uir.."
To. Af"ss$y.1, To "P. Utrytoc,s Precision semiconductor
Ir;quenajr astor opera me according to $be
principle. P. 0. likiltia and A k
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::!"f,plo; Alho Confer no., which Ind--cat*
is,rvvi , and too rdIMing scientific res:.;.4Yh%:1rk I. the
field of lectric zvaa~lud- and computing
technique.
card 5/5 1!

BOLDYREV, N.G., doktor telthn.nauk. prof.; XUZNRTSOV. V-1.
Absorption and dispersion of light. Svototeklinika 5 no.9:
14-17 S '59. (141RiL 13:2)
1. Gosudarstvenrqy opticheatc4 institut.
(Absorption of light (Liglit-Scattering)

.L
Lu'rZOV, Andrey Vladimirovich;_.:~LR&T
'- , N.G., doktor tekhn. nauk, retsen-
zent; NOVIKOV, V.V,, Prof., rei;-enient; SHARONOV) V.V., doktor
fiz.-mat. nauk, retsenzent; GORDON, G.G., inzh., red.; SHEYNFAYN.,
L.I., red. izd-va; ROZHIN, V.P., tekhn. red.
[Inertia of vision] I4ertsiia zreniia. Moskva, Goa. nauchno-tekhn.
izd-.vo Oborongiz, 1961. 247 p. (MIRA 14:10)
(VISION)

24330
s/oig/61/000/010/043/077
q-& A156/A128
AUTHORS: Polavitakiy, K,K., and Bo G.
-.11 L22i~"N
TITLE: Photoelectric apparatus
PERIODICAL: Byalleten' izobreteniy, no. 10, 1961, 46
TEXT; Class 42h, 1702~ No. 138391 (576885/8636/26 of March 16,1955).
A photoelectric apparatus with two photoelements for comparing the magni-
tude of two modulated light beams passing through agiven medium under ex-
amination, distinguished by the fact that to enable this apparatus to pro-
duce higbly-accurate performance when its measuring unit is a distance away
from the exam3ned medium, the apparatus is provided witb a mixing resistance
receiving photoelectric signals from both photoelements, and a potentiome-
ter that nullifies the main harmonic on the mixing resistance, thus bring-
ing about a photometric eq-oi.librium.
Card 1/1

L, CL. 1",V 0 D,R
Doc 'or Of tochnical seloncor, R
I
Delivered a ;zqcr toori,,,-a
zvenipi 'I tit konforontsiya
.y
Lr-nAnC,fradnIdy hint-JAUL im,
Ullyariova ftoninv,), J,,.uic 3.9,16,
(I
,~~ourcc: Elcktricho.Avo, lcl`471 No. lp P. 76.

S/169/61/0.~O,/01 !/,/040/065
D228/D304
AUTHORS.- Boldyrev, N.G., and Bartenevaq O,D.
TITLE: The connexion of the threshold of the sensitivity con-
trast with the acuteness of vision taken as the basis
of calculation of the visibility range of objects
PERIODICAL: Referativnyy zhurnal. Geofizika, no, 11, 1961, 28,
abstract 11B205 (Tr,'Gl. geofiz~ observ,, no, 109,10,61
53 - 60)
TEXT: The dependence of the threshold of the sensitivity contrast
on the angular dimensions of an object under observation should be
taken into account when calculating the visibility range of actual
objects which, as a rulep have small angular dimensions~ N.G,, Bol-
dyrevq has proposed the following formula for determining the 1hre-
shold contrast of an object with angular dimensions:
(K - L)TI = (1 - E)82,
where e is the threshold of the sensitivity contrastc. and SJs the
Card 112

S/169/61/000/011/"040/065
The connexion of ihe threshold ... D228/D304
least resolvabl'e angle characterizing the visual acuteness of an
observer V = 1/5., The results are a-tated for verifying the formula
by the experimental data of O.D. Barteneva and by litera-Lure da-,.a, 4.1~
The authors conclude that the proposed formula does not contradJ--. '~-
their experimental data, [AbsTrac'tor-s note: Complete -~,ranslat-ionl.
Card 2/2

27,CS41)
31256
S/531/61/000/118/001/004
D218/D302
AUTHORS: Boldyrev, N.-G., and Barteneva, 0. D.
TITLE: Range of visibility of real objects at twilight and
at night
SOURCE: Leningrad. Glavnaya geofizicheskaya observatoriya.
Trudy. No. 118, 1961. Issledovaniye radiatsionnykh
protsessov, 3-16
TEXT: The authors developed a method and an apparatus for study-
ing the threshold of contrast sensitivity and acuity of vision un-
der laboratory and field conditions as a function of the background
illuminations. In the laboratory experiments, the screen on which
the objects were observed was given the form of a cloudy sky and
the objects had forms resembling the silhouettes of natural ob-
jects. Binocular vision was used without any optical aids. Extra-
neous light was excluded from the eyes of the observers. The me-
thod is illustrated schematically in Fig. 2. The image of the ob-
ject 0 was projected on to the screen K with the aid of the pro-
Card 1 )~_

31256
S/53 61/000/118/001/004
Range of visibility ... D218YI)302
jection lantern S 1 which was also used to illuminate the screen.
The distance S 1K was kept constant. A further lantern S2 co.uld be
moved a-long the line MN. In this way the object could be made to
disappear or otherwise, and the contrast sensitivity threshold
could be determined. The objects were in the form of simple geo-
metrical shapes (circle, square, rectangle, triangle, pendulum).
The angular dimensions of the objects were about 50. The ten ob-
servers who took part in the experiment all had normal vision. The
contrast sensitivity threshold was found to be independent of the
shape of the object. In addition, field experiments were carried
out to determine the twilight sky illumination at which the obser-
vers could detect standard contrasts of 0.11, 0.22, 0.44 and 1
with large angular dimensions. Four observers were employed with
?O-minute adaptation in open space. The results obtained under the
Yarious conditions are given graphically, showing the contrast sen-
sitivity threshold as a function of background illumination for ob-
jects with -large angular dimensions. The dependence of the acuity
of vision on the background illumination was obtained by analyzing
Card 2/1-
111q"~

312 5 6
3/531/61/000/118/001/004
Range of visibility ... D218/D302
published information and the results obtained are summarized gra-*
phically. Theoretical expressions are then derived for the light
intensit-y distribution over the twilight sky, and a table of nu-
merical values is given for various field conditions. The final
section is concerned with calculating the visibility of real ob-
jects at twilight and at night. Systematic observations of real
objects (e.g. a church at a distance of several kilometers, a wa-
ter tower, and so on) showed that the methods developed for calcu-
lating the range of visibility during daylight also hold at twi-
light and at night. Acknowledgments are expressed to A. N. Boyaro-
va, who took part in the observations and the analysis, T. F. S)a-
leznevap who took part in the processing of the data, and G. Ya.
Bashilov, who checked the method of calculating the range of vi.si-
bility of distant objects in the Odessa Hydrographic Region. There
are 4 figures, 5 tables and 28 references: 20 Soviet-bloc and 8
non Sov--et-bloc. The 4 most recent.references to the English-lan-
guagelublications read as follows: S. Q. Duntley: Visibility of.
distant objects. JOSA, 38, 1948; Perry Moon: The scientific basis
of illuminating engineering. New York and London, 1936; H. R.
Card 3~~?,

3CJL)rq~v, - -
~~. I .
Nravstvennoe vospitaylie detei v sf, ~va,
U01IDedg,iz, 1952, 54 p. ,,e (Moral eduGation of children in t-ue family). mpj-
~'So: Accessions, Vol 6, Vb. 3, June 1953

DFMZER, A.A.1 DZYUBA, X.L.; BLINOV, L.F.. kandidat sellskokhozyavatrennykh
nauk;.j2jjQffL N I kandidat pEdagogicheakikh na-uk; GAY-GULIRA, Z.S,
GGO, TDTIg, ;t sellskokhozyarstvennrkh nauk; DMOV, Ta.G.,
professor; KOVALWO, V.D., ;KRYSINA, 0.1.; KMO, V.I.; WI N.Y..
kandidat sellskokhozyaystyennykh nauk,- MORDKOVICH, M.S.; POPOV, I.P.
kandidat biologicheakikh nan ;SAGAWVICH, Ye.N,, agronom; SILIN, V.N,
zootekhnik; STRUIMKIY. I.L., vrach; SUSHKOVA.LTAKffOVICH. X.L.,
Imndidat meditsinskikh nauk-, SR&POVALOV, Ta.Ta., kandidat sellako-
khosyaystvennykh nau; SHENBMTSKIY, E.I., kandidat sellskokhozyay,~-
stvennykh nauk; YAVNELI, A.Tu., kandidat meditsinskikh n&ukt RODINA,
P.I6, redaktor; TUROVITSKIT, Te.l., redaktor;PZVZNXR, V.I.,,tekhni-
cheskiy redaktor.
(Home economics] I)omovodstv,,. Moskva, Gos.izd-vo sellkhoz.lit-ry.
1956. 479 p0- (Home economics) (MTMA 10:5)

C* OUF I
CAT2GGRY
A P,'D~ - i OUR RzBiol., 195~, Yto.
A U T HL G IR
T !T LZ T in~-: D(-, pth, c f n'. ing cl' s o'n
of
--S4:1Ya
C, 7 (:1, -OUP
rip t,
A B 3T RA C T ~ C~ Z IN
t t cf cl C; u 1. v t --n -zLn"! V f n c h C.
C U
b" fE 7
d c. q CTI ~Z, i.T,'( r,(1
re rv- C- r: t n
L-Y 'j(
E: ccrtc-nt cf t',:(- c r c. s t L
r on
ty C- b'--i~
int nu at t -e f' Ft- ry t -.t --- t -1 c.
stl-u--c m "ut thf; I C 1,
ci, 30-liC cm (n~lt- I' -" - ;-,,
b~

Country USSR
CATfGORY
ABS. JOUR. fRZBlol., -,i0- 1,q, 195y, No- 97258
AUTHOR
INST.
.TITLE
ORIG. PUB.
AB3TRACT welluht), therefore a clepth of illanting of
1;11-10. cm is recommended, which, accor,~ijju to"Ye. autigyr-
rcsults in Sc-~-,71, adaptabi"ity. Orl slopcs of about B-100
n-, ~iffercnces in adaptability and growth we7e obscrved
on planti-lr, at diffei~ent depths (30-40-50-60 CPO.
M. I. Notorina
CARD: 2/2

AUTHORt Boldyrev, N. K. 2o-1 19-1-47/52
TITLE: The quality-DiaGnosis of the Grain of Spring Wheat on
the',Badis 'Of the Leaves (Listovaya diagnostika
kachestva zerna yarovoy pshenitay)
PERIODICAL: Doklady Akademii Nauk SSSR, 1958, Vol- 119, Nr 1,
PP. 171-173 (USSR)
ABSTRACT: The Vitrogen content in the wheat grain is an important
index of the quality of the latter (References 1,2).
The causes of its variability were studied by many re-
searchers (References 3,4). The chemical COWOSition of
the grain forms in agreement with hVreditary peculiari=
ties of the respective sort on the one hand and under the
influence of the environmental factors on the other hand.
Therefore the-prediction of the chemical composition of
the grain must be built up with the takin8 into account
of the influence of the enti-e complex of factors upon
the entire cycle of developmt--;t of the plants. The accu=
mulation of nitrogenous and other substances in the wheat
Card 1/ 4 grain is dependent on the total state of the mother plant

The Quality-Diagnosis of the Grain of Spring Wheat on 2o-119-1-47/52
the Badis of the Leaves
(References 1,5). This state is determined by the rate of
the passing through of the stages of development and is
in close connection to the environmental conditions
(Reference 6) which on their part first of all influence
the growth and the development of the apparatus of leaves
(Reference 7). The part played by the latter in the storage
of the nitrogenous substance of the grain was emphasized
by several researchers (References 1,50-10). In this con=
nection some authors (References 1o-12) maintain that the
protein content in the grain is in direct dependence on
the content of the total nitrogen in the leaves. Others
(References 9,19), however, are of opinion that the high
protein content of the -rain is connected with the in=
creased quantity of amino-nitrogen in the leaves during
the time of ripdning of the grain. A quantitative dependence
was, however, never derived. This was done by the author
(Reference 13). In the present paper the attempt is made
to utilize the earlier determined coefficients of the con=
Card 2/4 version of the leaf-nitrogen into the grain-nitrogen for

The quality-pf~agnosis of the Grain of Spring Wheat 2o-119-1-47/52
on the Basis0 the Leaves
the purpose of diagnosis of the quality of the wheat -rain.
The experiments were perforned according to a method descri.
bed in reference 13. The quantity of this coefficient varies
between O,9o and 1,0 and depends on the sort of wheat, the
supply of the plants with food elements, especially with ni=
trogen, as well as on the moment at which the leaves were ta=
ken for the analysis. Coefficients for individual sorts are
given. Their decrease is apparently connected rith the early
or late ripening of the respective sort (Reference 13). The
experinental results are given in table 1-3. From table 1 is
to be seen that the quantity of the non-protein-nitro6en in
the leaves of Lyutestsen (=Lutescens) 62 and Gordeiforme
(=Hordoiforme)'Io is almost equally high and that by this
factor (Reference 9) in this case the increased protein
content in the grain in the first sort can hardly be ey=
plained. On the basis of the data given here as well as
of the earlier publications the conclusion cap be drawn
that the influence of the conditions of nutrition upon the
Card 3/4 nitrogen,content in the wheat Grain is brou.-ht about by the

The quality-Diagnosis of the Grain of Spring Wheat on 2o-119-1-47/52
the Basis of the Leaves
storage of nitrogenous substances in vegetating leaves during
quite a certain period of development. In this connection,
in order to attain a high nitrogen-content in the grain, 1)
a comparatively high percentage of total nitrogen in the
leaves during blooming-and 2) an increased content of
mobile amino-nitrogen in the leaves shall be guaranteed.
From the analysis of leaves after blooming it is possible
to determine the plants' need of nitrogen, to make a pre=
diction on the quality of grain and to decide the necessity
of a top-dressing with nitrogen in later phases of develop=
ment. There are 4 tables and 2o references, all of which
are Soviet.
ASSOCIATION: Omskiy sellskokhozyaystvennyy institut im. S. Id. Kirova
(Omsk Agricultural Institute imeni S. M. Kirov)
PRESENTED: October 9, 1957, by A. L. Kursanov, Academician
SUBMITTED: August 14, 1957
Card 4/4

BOIDIRW&Au
V9000-001-1' M-!'4mlm,
Possibility of predicting the quality of spring wheat crop by the
nitrogen content of leaves [with summary in English]. Fiziol.rast.
6 no-1:73-81 -Ta-F '59. (MIRA 12:2)
1. Department of Agrochemistry, Kirov Agricultural Institute, Omsk,
U.S.S.R.
(Wheat) . (Leaves) (Nitrogen)

17'(4), 30 (1)
,. Ir C~O
AUTHOR: Boldyrev, V20-1126-4-55/62
TITLE: Relation Betriben the Chemical Composition of Leaves. Yield and
Grain quality of Summer Wheat as Dependent on the Fertilizers
Applied (zavioimost, mezhdu kchimicheskiri scstavom listlyev,
urozhayera i kachestvom, zerna yarovoy pshenitsy v svyazi s
primerx-tuyem udobreniy)
PERIODICAL: Doklady Alradernii nauk SSSR, 11059, Vol 126, Nr 4,
pp 886-889 (USSR)
ABSTILNCT: The great importmice of the analysis of entire plants for the
determination of the nutrition necessar..~ for them was proved in
several papers-(Refs 1-4)- On the other hand, it became evident
in recent years that the analysis of leaves alone is even more
important for determining the nutritive state (Refs 5-8, 17-19).
It vras possible to determine the "critical" nutrition level of
many cultivated plants (Refs 6, 17-23). Towards the end of the
blosooming time. there is a certain connection (Refs 9-14, 17r
21) between the nitrogen content in leaves and the nitrogen
of the ripe g-rain. This made It possible to suggest a method of
leaf diagnosis for the grain quality of wheat (Refs 11, 12). But.
Card 1/4 the dependence of the height of the xvheat yield;on the

Relation Between the Chemical Composition of Leaves, 70V120-1 26-4-55/62
Yield and Grain Quality of !Aimm er Wheat as Dependent on the Fertilizers .-I.Pplied
chemical composition of the leaves has been poorly investigated.
There axe no data on the said "critical" level for the summer
wheat (Ref 6). This complicates the evaluation of the results of
leaf analysis for the determination of plant.3 by nutritive
suostc-Lncev. To solve this problem.. the author carried out field
and greenhouse experiments on ordinary, mediuffi-sandy and
loamy black earth in 1,054-57 (Professor A. Z. Lambin conducted
the work). Various doses of nitrogen- rind phosphorus manuring
were applied, the dynamics of the nutritive substances maring
in the soil were studied, and the leaves were analyzed towards
the end of the blossoming time (Refs 11, 12). This made possible
the determination of several nutrition levels of the eiimnler
wheat with respect to nitrogen, and an informative indication
of the "critical" level with respect to nitrogen and phosphorus.
The term "critica'I level" means such percentage content of the
respective element in the leaves, above which there is no more
rise in yield by the introduction of this element in a mineral
fertilizer, or the rise in yield falls rapidly to zero by this
introduction 01efs 17, 19). The critical coacentration lies
Card 2/4 within such limits, above which the nutrition of the plants 'eith

Relation Between the Chemical Composition of Leaves, SOV/210-126-4-55/62
Yield and Grain Quality of Summer Wheat as Dependent on the Fertilizers Applied
corresponding elements can be oonsidered abundant, and below
which the plants are short of these elements (Refs 6, 24). The
results of the experiments by the author are discussed from
this point of view. Figure 1 (showing the dependence of the
height of the grain yield on the nitrogen- and phosphoric-acid
content in leaves at sufficient P- and K-supply) indicates that
the rise in the N-content of leaves is accompanied by a rise in
the grain yield (Ref 15). The further rise in yield, however,
becomes small when the N-content of the leaves has attained 3
The method of the analysis of leaves permits the data concerning
the demand of fertilizers of the plants to be accumulated not
only immediately after the harvest but also in the year of taking
the plant samples (Table 1). On the basis of a general leaf
analysis in the blossoming phase, a sufficiently accurate fore-
cast of the grain quality of the wheat-can be made, and the
application of a late nitrogen after-manuring can be undertaken
in a more adequate Yray. Finally, the latter gives a valuable
hint for the principal manuring with nitrogen and phosphorus in
the following years. There are 2 figures, 2 tables, and
Card 3/4 25 references, 19 of which are Soviet.

Relation Between the Chemical Compooition of Leavea, VOTI
" 120- 41 2 6-4- 5505/62
Yield and Grain Quality of Summer Wheat as Dependent on the Fertilizers A-pplied
PRESENTED: December 7, 1958, by A. L. Kursanov, Academician
SUBMITTED: Augrust 2, 1958
Card 4/4

BOLDYREV. 11. K. I14
Using the total chemical analysis of leaves to eletermine the
nitrogen and phosphorus requirement of spring whoat during
the flornacence period. Pochvovedenie no.11:104-114
N '59. (MIRk 13:4)
1. Omskiy sel'skokhozynystvennyy inatitut im. S.14.Kirnva.
('vnieat) (Nitrogen) (Phosphorus)

BOMYREV, R.K.
Follar diagnosis of nutrient requirements in spring wheat.
Fiziol. rast. 7 no.5:578-583 160. (KM 13:10)
I, Department of Agricultural Chemistry of Kirov Agricultural
Institute.
(Wheat--Fertilizers and manures)
(Plants--Chemical analysis)

BOLDYREV, N. K.
Cand Agr Sci, Diss -- "Leaf diagnosis of nourishment conditions and
the quality of summer wheat grain in connection with the application
of fertilizers". Omsk, 1961. 4 pp, 21 cm (Min of Agr RSFSR. verm
Agr Inst imeni Academician D. N. Pryanishnikov), 200 copies, No charge,
1 works by the author listed on pp 23-24 (KL, No 9, 1961, p 185, No
24383). Z61-51119

BOLDYREV, N.K.
Leaf analysis of nutrition and foliar nitrcgen feed-ing of spring
'NSSSR no.4:79-85 161.
wheat. Izv.Sib.otd.AA (MIRA 14:6)
1. Omskiy sellskokhozyaystvennyy institut.
(Wheat-Fertilizers and mawes)
(Plants-Ilutrition)

BOLDYREV, N.K.-(Omsk)
Foliar diagnostics of the nutrition and the quality o-f field crops.
Usp; sovr. biol. 53 no.2:246-264 Mr-Ap 262. . (KIRA 15:5)
(PLANTS-CIENICAL AIULYSIS)

BOLDYREV, N.K.
Using leaf diagnosis to define more precisely the boundary indices
(limits) of Truog's method in Chernozem soils of Omsk Province.
Pochvovedenie no.9:25-34 S 162. (MM 16-1)
1. Omskiy sel'skokhozyaystvennyy institut imeni S.M.Kirova.
(Omsk Province-Soils-Phosphorus content)

,- BOLDYREV., N.K.
Evaluating the chemical analysis data for diagnost'Lc pUrpos,.s.
Pochvovedenie no-4:93-97 Ap 164. (MIRA 17:10)
1. Omskiy sel'skokhozyaystvennyy Institut imeni S.M.Kirova.

BOLDYREV4N81-18 600
1. BOLDYM-X, N. M.
2. USSR (600)
Elektrotsink Plant. "The Profitableness of Reproces,-ing Ivfaste Eateri a] s" Tsvet. Met.,
14, No. 1, 1939.
9. YM Report U-1506, 4 Oct - 19-51.

BOLDYREV, N. m. .
'"The Intrpla-nt Planning, Cost and Profitableness of a ComPlax Treatnent of polymetailic
Rw Materials"
Tsvet. Met. 14 no. 8, August 1939

BOIDYRDEV, N. 114.
FA 2-STIO' I
*Ukls *rlAlw 1947
ZInb
Lead
'Me Complex Reprocessing of Polymetallic Raw Wteri-
&Is in the 'Elektrotsink, plant,* N. M. Boldyrev,
Zlektrotsink Plant, 21 pp
"Tevetnye Metally" No 2
7he "Blekbrotsinie" plant vas constructed in such a
manner that all raw products In the production of
,zinc and lead can be reprocessed for the materials
In them. The article gives an account of this set-
up and its advantages.
AiV _7 2ft67

ACCESSION NR: AP4024498 9/0142/64/007/001/0121/0125-::
AUTHOR: Boldy*rev, N. M.
TITLE: Amplitude limiter using a resonant circuit with controlled
attenuation
SOURCE: JVUZ. Radiotekhnika, v. 7, no. 1, 1964, 121-125
TOPIC TAGS: amplitude limiter,, resonant amplitude limiter, selective~
amplitude limiter, low threshold AM limiter, receiver output regula-
tion, receiver bandwidth limitation, limiter transient response
ABSTRACT: A resonant selective amplitude limiter is studied in
which amplitude limitation sets in (when the input voltage exceeds a,''
set value) because an active resistance (pentode with large resist-
ance in plate circuit), shunting a resonant circuit, is decreased by
mearis of a control circuit sensitive to the input voltage. The-oper.,
ation of the limiter is analyzed by solving the differential equation
of the current through the tank-circuit inductance, using the method
of slowly varying amplitudes. It is shown that the limitation ebar-'.
acteristIcer!-are fairly flat if the amplitude of the tank-circuit
Card 113..

ACCESSION NR: AP4024498
voltage varies slowly and there is no filter in the control circuit.
The transient response of the limiter is analy;'ed for a control cir-
cuitiin the form of either an integrating or a differentiating net-
work'. If an integra~ting network with a small time constant is used,
,the limiter can be used for effective limitation of AM o.-cillations
with low threshold (several hundredths of a volt) and sharp transi-
tipn,,into the limitation mode. In 'he case of large time constants the
lijdte,r* can be usdd for supplementary output-level regulation
in a receiver input - stage, but results in poorer receiver select-
A differentiating network can be used to narrow down the re
ceiver bandwidth relative to the modulation frequency. Orig..'art.
has: 4 fi;ures'and 6 formulas.
9
-ON: None
ASSOCIATI
J SUBMITTED; 22Sep62 DATE ACQ: 15Apr64 ENCL; 01
SUB CODE: GE, SD NO REF SOV: 002 OTHER:.0001
Car4 2/.3

ACCESSION NR:'AP4024498 ENCLOSURE: 01.
WN pu
D cc
Anplitude limiter with resonant circuit and controlled attenuation
T, - implifier tubeq RU - adjustable variable resistance,
CC - control circuit, D - detectorg Ed - delay voltage
Card 3/3
W.7
g

B, .'~ PI-V N~ ~7.
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n It a *~ 1, - -., I ',b a z, ) ~ 1-..". r .' ! -, it 7,:,7y, -, U', ~,. Trud7
I . I , Sl r, - )o"r) ". 16 -, (WRA 1 '.8)
%i; .1 , , . t.,*, . 1.0 7

B':'~-l,YRFV' 1 i-4 s, .
.,-- 0~
- le. 1, " ' ~28 ~tr -
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- -- I ~ I t

"r,7 D ''C'V NT
~TT-
Bo'LDV-;L-','V
toc;lllo
rzp-r,

1. BOLDYREV, P., Eng.
2. ussR (600)
4. Dairy plants - Mol. prom. j 13, No. jo, 1952.
7. improve construction of dairY Plantc,
9. 11 :)f pussian Library of Congress, 1953. Uncl`954:"ed-
,2.nt_l,lv -List 2.1- 4"w,

BDLDYREV,_~_.;-_BURTSEV, L.,- NOVIKOV, V.
Processing of cattle in British, Dutr;h and French enterprises
(to be concluded). I~Uas. ind. SSSH 32 no.1158-61 161.
(MM 34:7)
(Slaughtering and slaughterhouses)
(Cattle)

-BOIDYREV, P.; BURTSEV, L.; NOVIKOV, V*
In British., Dutchp Danish, and French meat-processinglontorprises.
Idasoind.SSSR 32 uo*2t54,-58 161* 1 OKM 14:7)
(Meat incb2 try)

- DOIJ)YR:I-,V, P.; BURTSEV, L.; NOVIKOV, V.
Z--
Poultry processing in the enterprisme of England and the
Netherlands. Mias. ind. SSSR 32 nqa4:53-59 161. (141RA 14:91)
(Great Britain-Poultry plants)
(Netherlands-Poultry plants)

BOLDYREV, P. j 14mov, v.
State Institute for the Design and Planning of Meat Industry Plants works
on standard projects. Mias.ind. SSSR 33 (i.e.34) nq;2:11-12 163.
(MIRA 16-4)
1. Gosudarstvennyy institut po proyektirovaniyu predpriyatiy nWasnoy
promyshlenuosti.
Neat industry) (Factories Design and construction)

BOLDYREV,_I.; KAPLA.N, N.; GUREVICH, A.
Selecting the type and capacity of meat industry enterprises
under construction. Pffas.ind.S.S.S.R. 33 no.6:29-33 162.
(MMA 16:1)
1. Gosudarstvennyy institut, po proyektirovanlyu predpriyatiy
myasnoy promyshlonnosti. (Meat industry)
(Factories-Design and construction)

B~~ inzh.; AKSENENKO, M.I., inzh.
Physicomechanical properties of sandstones and siltatenes-ift-the
Kiselevsk-Prokoplyevsk region of the Kuznetsk Basin. Sbor. ,
KuzNIUI no.9tllS-137 161. ~ (MIRA 16:5)
(Kuznetsk Basin--Siltstone-Testing)
(Kuznetsk Basin-Sandatone-TeBting)
r

" 7- 7,1h PCIE, 11 , "I U F. , B1 T, h , _., A i I
VAYI)ijh(')'VA F,
Ilive _~~ I. I ga t -inog al s a am b-, e clk' pby mesnp, of u (:,one wecigk~ n
~ f
minln,g the Second internal. SbDr. KuzNIUI no.10:165-176, I

MALAKHOV, Ivan I:uzlmich; MIELOITITSKIT, Dmitriy Gcogriyevich [EhmelInytelle-yi,
D.H.J; BOLDWY. R., red.; GUSAROV, K. [Huatirov, KJ, tekhn.red,
(Econonve organization, and planning of machinery plants] Nko-
nomika, organizatsila i planuvannia T&qshvnobudivnyl.-h pidpryienstv.
Kyiv, Dorzh.vvd-vo tgkhn.lit-ry URSR, 1959. 163 P. (HULA 13:6)
(KachiAery,

BOLDIREV, R.N.,,-. inzh.
Geometrical substantiation of the method of approximate copying of
bevel gear wheels. Izv, vys. ucheb. zav.; mashinostr. no. 3:744P.
161o (MIRA 14:5)
1. Chelyabinskiy poli kbrilcheakiy institut.
(Gear cutting)

-iINVENTOR: Tkachenko, S. D.; Kislitsin, V. I.; Boldyrev, R. N.
IORG: None
iTITLE:, A method for reproducing curved surfaces by-mechanical duplication. Class 67,
!No. 190235 (announced by the Scientific Research and Technological Design Institute
I"
lor Automation and Mechanization of Machine Building (Nauchno-issledovatellskiy i
i
proyektno-tekhnologicheskiy institut av-tomatizataii i mekhanizataii mashinostroyeniya))',
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 1, 1967,
1145-146
ITOPIC TAGS: metal machining, diamond, abrasive
ABSTRACT: This Author's Certificate introduces a method for reproducing curved sur-
ifaces by mechanical duplication. A feeler moves over a master form and transmits its
own motion to a tool of identical profile. Provision is made for using a self-sharp-
ening diamond tool regardless of wear by incorporating an auxiliary abrasive tool which
periodically alters the shape of the feeler as the diamond tool wears.
-Cord 1/2 uDc: 621.923.4:621.9.072

I-- .,-. lIrpjuqou-f
j I
I
I i
I I
1--diamond tool; 2-abrasive tool, 3-feeler

BOLDYRNV S.
- -,
Photography of small objects at a close range with the IYJID'
and "Zorkii" cameras. Sov. foto 17 no.9.-51-,54 3 157. (KLRA 10:9)
(Cameras-Squipment and supplies) I
4

BOLIARIAIN) S.
20681. Boldyrev, S. Bjtva za ozero Sevan. zSevanstroy, Ann:. SSR. Ochesi.7. Ill. "i.
Petrov. Znaniye -- sila, 1949, No. 5, S. 13-18. -- Prodolzh. SlEduet
SO: LETOFIS ZHUAL STATEY - Vol. 28, Moskva, 1949

PIQPwV.k._S!... -1
Through the snow storr. Vokrug aveta no.12-.25-29 D '54.(MLRA 8:1)
(Ural gountain region--ftow) (Ural Mountain region--Storm)

BOLAR"AT) S.
Boldyrev, S. - "In the laboratory of Engim~(,.I- Lebeftv", (The hirli-altitude
clectriu.1 laboratory of' t,hc Academy of Sciences Armenian S')'Ii)., Illustrated
by N. Petrov. itianiye-sila, 190, No. 3. p. 6-7.
SO: U-h11O, 17 July 3, (Letoois 'Zhurnal !nykh Statey, No. 19, 190).

1. BOLDYFEV, S.
2. USSR (600)
4. Rolling-mill Machinery
7. A step into the Puture. Znan. sila No. 4, 1953.
9. Monthly List of Russian Accessions, Library of Congress, Aoril 1953, Uncl.

A)JTHOR:
L-o I d 1, re-
TITLE: Crystallizer of Engineer Goldobin (K_ristallizator inz-henera
Goldobins)
PERIODICAL: 7naniye - siln, 10rS, Nr c;,
ABSTRACT: The author tells how the entire process of producing cast i-ron
and steel at metallurgical plants runs 141-e a big Complicated
conveyer till it reaches the stripping s;ction where the cooling
down and crystallization takes place. There,a delay of almost
2 hours occurs. To avoid this, Mikhail Fedorovich Goldobin in-
vented a machine resembling 2 tractor caterpillars placed
slantwise one upon the other. The links of the lower and upper
caterpillars constitute the halves of the mold. By placing
them one on top of the other they form a mold with a square
section. Into the upper end of this mold, consisting of many
links, the liquid steel is poured. The caterpillars push out
from the lower p,-rt of the combined mold the hardened pieces
which Pre still glowing but Are already crystallized. From
the "Serp and 101olot" Plant the machine will be sent to the
Dryanskiy mashinostroitellnyy zavod (PryPnsk ndhine Ruil-ling
Plant) where it will turn out 20-30,000 tons of pieces 'Der year.
Card 112 In the meantime, the efforts of several metallurgists to in-

Crystallizer of Engineer Coldobin
4-5F-55-26/41
vent a continuous method of casting with the help of vertical
crystallizers have also been successful, A device of this
kind has been installed st the '_,ormovskiy zavod ("',%rasnoye
Sormovo" Plant at Corlkiy). In this connection 'the Lenin Prize
has been awarded to Academician I.F. Rnrdin, N.N. STelyakov -
a former director of the Plant "Krasnoye Sormovo", and to the
plsnt's workers N.L. Komandin, K.P. Korotkov, N.P. Mayorov,
A.V. KhriDkov, as well as ~.'.D. Gritsun - Director of the
Novotullskiy MetallurgicnI Plant, and to C.V, "urskiy and V.A.
Kazanskiy -- workers of the same plant.
There Pre 6 sketches.
1. Metals--Production
Card 2/2