SCIENTIFIC ABSTRACT SOKOLOV, A.V. - SOKOLOV, A.V.

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• Collection: Scientific Abstracts
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• Document Creation Date: November 2, 2016
• Document Release Date: August 26, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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and pro(iUctivu I-ochvy BashkirE;kol
ASL21 ikh genezis i proizvod.-Avenricii-a kharakteristika. Mo-
sk-va, Nauka,, 11?6,,. 2144 P. (MIRU 17; 10)
1. (for Sokolcv).

USS"R/Electronics - Radio tubes
Card 1/1 Pub. 133 - 7/18
Authors : Sokolov, A. V., Engineer
Title : Travelling-wave tube
Feriodical Vest. svyazi 12, 15-15, Dee 1954
Abstract The structural features aryl working principles of a traveling-wave tube, hav-.
ing shortened non-inductive outlets and small spaces between the electrodes'.
are described. Installations emnloying such travelling-wave tubes are listed.
Travelling-wave tubes in analogy with conventional electron tubes can be divid-
ed into three types: 1) high-capacity output tubes; 2) tubes for preliminary
amplification and 3) receiver tubes with low natural noise level. The elec-
tron mechanism of the tube has a sufficiently broad band so that band-pass of
an installation working on such a travelling-wave tube is determined by energ3r-',
innut and output elements. The functions of the tube are described. Diagrams:
Institution : Ministry of Communications, USSR
Submitted :

MEMO, A. `.r. ~ ngineer, Jr. Sci. Aide of 'L-,he IFLI o'L the Corrunication indlastxy
"Radio-Relay Cwnunication U-nes," Vest. SvYazi, 1,11o. 11, pp 6-7, 1953
Translation Yo. 420, 22 Jun 55

KC"'
USSR/Electronics Cormunications
Card 1/1 Pub. 133 - 4/16
Authors I Borodin, S. V.; Minashinp V. P.; and Sokolov,-A.'V.
Title I High frequency apparatus for radio reley communication lines
Periodical I Ve,st. svyazi 51 7-10, May 1955
Abstract I A description of the operation and construction of component pdrts of
high frequency apparatus used in telephone communloations.relay stations,
is given. The apparatus is used in conjunction with duplex operation of
wide-band frequency) condensed at the central K-24.station for a simul-
taneous transmission and reception of 24 telephone signals. Illust-ations;
drawing; diagrams..
Institution:
Submitted

SOKOIDV, A.V.
.... .. - -1
Frequency allocation and interference is radio relay lines. 11!ektf*-
ovias' 10 AG-2:3-8 7 '56. (MIHA 9:6)
(Radio relay systems)

SOKOLOV, A. V. and KUZNETSOV, V. D.
"Protective Ability and Decoupling in a Periscopic Antenna
System," by V. D. Kuzuet5ov and A. V. Sokoiov, Elek-trosyyazO.
No 1, Jan 5 1, pp 17-20
A series of experiments were conducted vrith a multichannel micro-
wave radio-relay system "periscopic" antenna to determine protective
ability from the interference of adjacent channels.
It was estimated that for a relay system with 240 or more channels
having a distance of 1,000 km or more, the protective ability of the
antennas should be at least 60 decibels to assure a satisfactory two-
frequency communication system. The form and dimensions of the antenna
components were as follows: the upper reflector was continuous, flat,
inclined 450 and 3.2 m in diameter; the lower reflector was a continuous,
concave ellipsoid of rotation, with a 3.2-m diameter circle in its hori-
zontal projection. The radiating element vas in the form of a one-meter
horn with a 45 cm square mouth. The gain of the antenna system was
about 30 db and the losses in the reflector system about 3 db, when op-
erating in the frequency range of 2,000 Mc. Three types of relay towers,
45, 55, and 75 m high, 'vere involved in the test; the distance between
the two upper reflectorsand the two lower reflectors for the 55-meter
tower were 9.6 and 14 m, respectively.

The results obtained in the experiment led to the conclusion that
a periscopic antenna system of the described construction can protect
reception up to 60 db, provided different polarizations are applied to
the signals traveling in the oposite directions.
-1 j4i
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KG L C. t"' 0 - V.
AUTHORS: Vvedenskiy, B.A. and Sokolov, A.V. 109-11-4/8
TITLE: Investigations of the Tropo`sper~J_cropagation of Metre,
Decimetre and Gentimetre Radio-waves in the USSR
(Issledovaniya tropoefernogo rasprostraneniya metrovykh
detsimetrovyk1i I i3an:Limetrovyk1i rad-lovoln v GSSR)
PERIODICAL: Radiotekhnika i Zlektronika, 19-57, Vol.II, No.11,
pp. 1375 - 1389 (USSR)
ABSTRAUT: The first experiments on the propagation of modulated
ultra-shortwaves (at a wavelength of 3.8 m) were first carried
out in the USSR by M.V. Shuleykin in 1922. During 1926-27,
Vvedenskiy and others investigated the possibility of ' at
practical application of the attenuation or gain effects. 13obduoed-
metric wavelengths by metallic dnd other objects.
These investigations showed that-the electric field is
inversely proportional to the square of the distance from the
transmitting antennae and directly proportional to the height
of the transmitting and receiving antennae. In 1931, Shein
and Kuzovkin designed transmitters and receivers capable of
operating at distances up to 20 km, while, in 1932-33, a
regular communication link- at metre waves was established
between Moscow and noginsk (a distance of 45 km). The
experiments carried out by means of that system showed that
Card 1/4
aL -.-Ww Alon by
00nsiderabul, ..b.,

109-11-4/8
Investigaticas of the Tropospheric Propagation of Metro, Decimetre
and Centimetre Radio-waves in the USSR.
works have been devoted to the tropospheric propagation of
the whole ultra-shortwave band, the investigation of the tropo-
sphere, the stability of the field, relationship between the
meteorol6gical conditions and the electrical parameters,
investigation of the irregularities in the troposphere, atten-
uation and scattering of the waves in clouds and the design
of ultra-shortwave radio links. Thus, in 1946, Braude and
Ostrovskiy evaluated the fields over the sea and dry land for
wavelengths of 0.3 to 9 m, while A.N. Shchukin and others took
into account the effect of the tropospheric irregulwities.
During 1952-55, A.I. Kalinin derived formulae for the calcul-
ation of the fields at short distances and at distances well
beyond the line-of-sight; he also determined the limits of
applicability of the optical diffraction theory. In 1952,
M.A. Leontovich, G.A. Grinberg and others made a theoretical
investigation of the influence of the Earth-surface irregulwities
on the wave propagation. The problem of the influence of the
meteorological conditions on the wave propagation was studied
by V.N. Troitskiy, who investigated the reflection coefficients
of various types of tropospheric irregularities as a function
Card3/4

6(4,6)
7~ 0 7/111 _'-, 0 - o - 5 I-zr l
AUTHOR: Sokolov V , Chief Designer, and Polukhin, V,A.,
__~ng=i-r of the Radio-Relay T_-ine
U ]a L~e
_~ ~ee
TITLE: The 1,,"oscow-Smolensk Radio-relay Line
PERIODICAL: Vestnik svyazi, 1-959, Nr 9, pp 5-7 (USFIMI)
ABSTRACT: This article describes the radio-relay line between
;.Toscow and Smolensk, and presents information on tu-
ning, operation and service of the line, The line is
used for transmission of TV programs from the ~I.Toscow
telecenter to the relay station Smolensk, and consists
of two high-frequency trunks: one one-way trunk for
image transmigsion and a two-way trunk for sound trans-
mission and auxiliary communications which will also
be used for multi-channel telephone communications.
The line is equipped vilth the R-60 appay-atus intended
for m7alti-chaimel telephone communication over dis-
tances up to 2500 km, and TV program transmission up
to 1000 km. The line, about 380 km long, includes ten
Card 1/3 stations;structure and antenna equipment of the

The Moscow-Smolensk Radio-Relay Line 90V/111-59-01-5/31
stations is briefly described as are the operating
rooms at the stations (Fig 1) and at the terminal
points. A block diagram of a terminal and an interme-
diate station is presented (Pig 2). Power sources are
briefly described. Several way stations are equipped
with TV relay equipment for local broadcast service. A
full complement of reserve equipment is provided at
each station, and the whole system of intermediate
stations can be Put on automatic operation (outlined),
The authors outline the process of preliminary and fi-
Pal orientation of the antenna equipment at each sta-
tion on the line, and briefly describe the thorough
checking of the equipment at each station and its ope-
ration. In the course of antenna orientation it was
observed that if the upper reflector of the antenna
system was located higher than 70 m, a marked decrease
in signal strength at the receiver input was evident;
in such cases new, and larger reflectors were instal-
led. On the basis of experience gained in these tu-
Card 2/3 ning operations the authors present recommendations

The P.Toscow-Smolensk Radio-Relay Tine ~~OV/111-59-9-5/31
for the tuning procedure on similar radio-relay lines
using the R-60. Some basic performance data and spe-
cifications for the RF section, image channel and
sound channel are given, In conclusion the authors
outline operational procedure on the radio-relay line.
There are 1 photograph, 1 block diagram, and 4 graphs.
ASSOCIATION: Nauchno-issledovatellskiy institut (ITII) ministerstva,
svyazi S33R (Scientific-Research Institute of the
?~~inistry of Communications of the USSR)
Card 3/3

-SOKOLOV, k.V.
&-periment in conducting a complete wire broadcasting service in
the Kostroma Province. Vest. sviazi 19 no.7:24-25 Jl 159.
(MIRA 13:8)
I. Sekretarl KDstromskogo obkoma XDmmunisticheskoy Fartii Sovetakogo
Soyuza.
(Kostroma Province--Wire broadcasting)

PHASE I BOOK EXPLOITATION SOV/3550
Bor3dich, Sergey Vladimirovich, Vladimir Pavlovich Minashin, and
Arseniy Vasillyevich Sokolov
Radijreleynaya svyazl (Radio Relay Communications)Moscow, Svyazl-
izdat3 1960. 434 p. --Errata slip inserted. 17,000 c,)pies
printed.
Resp. Ed.: S.V. Borodich; Ed.: V.I. Bashchuk; Tech. Ed.: K.G.
Markoch.
PURPOSE: This is a textbook approved by the Ministry of Communica-
tions., USSR, for use in communications tekhnikurfis. It was pre-
pared in accordance-with the program of the course "Radio Relay
Communications."
COVERAGE: The book describes the fundamentals of radio relay-commv-
ni6ations, the structure of all the components of a radio relay
line, principl=-s of design of radio relay lines, and the electri-
cal characteristics of communication channels and methods of
measuring them. Particular attention is paid to radio relay commu-
cation systems using frequency-division multiplexing and fre-
quency modulation, systems considered the most gresisiag' ind
Card IYA

I-
KOLOY, A. V.) INEDEDISKIY, B. A., ARMAJID, IN. A., K411112-1) A. I., KOLOSOV, MI. A.,
M
SIHABELNIKOV, A. V, and SHIRAY, P. A.
"Long Range Tropospheric Propagation of Ultra Short Radio Waves."
report presented at Commission II, 13th General Assembly of the international
Scientific Radio Union in London, 5-15 Sept ig6o.
Report available, Encl. to B-3,176,875, 30 jan 61

ARMAND, N.A.; WZIDENSKIY, B.A.; KALINIH~ A.I.; KOLOSOV, M.A.; SOKOLOV., A.V..;
SHABELINIKOV. A.V.; SHUEY, R.A.
Long-range tropospheric propagation of microwaves; a survey.
Radiotekh.i elektron. 6 no.6:876-885 Je 161. (MIRA 14:6)
(Microwaves)

MUM
S/109/61/006/006/001/ol6
D204/D303
AUTHORS: Armand, N.A., Vvedenskiy, B.A., Kalinin, A.I.,
Sokolov, A-V.? Shabellnikov, A,V.,
and Shirey, R.A.
TITLE- A survey of work on the tropoapheric propagation of
ultrashort radiowaven
PERIODICAL: Radiotekhnika i clektronika, v. 6, no. 6, 1961,
867 - 885
TEXT: The large body of experimental work done in this field has
been aided by the perfecting of apparatus and auxiliary instru-
cents and given impetus by the need for more knowledge to assist
the development of telephony, television and radio communications.
The authors examine the following: 1) Relations between field
strength and distance; 2) Signal level and frequency: the theore-
tical picture is confused, state the authors, but most experimen-
tal work suggests that Pr/P, (Pr - received power, Po - value in
Card 1/8

'4.
qr
qr
2U460
S/109/61/006/006/001/016
A iiurvey of work on the D20,t/D303
free apace) declines as the frequency r1aeu. No uniform value of
eabilit
Pr(/I) has been found as yetp probably becauue of the chunp y
of the troponpheric structure and meteorological conditions; 3)
Signal and time: Signal fading may be rapid or slow. Most informs-
tion concerns 300 - 500 km traces. Slow fading in caused by the
appearance or disappearance of inversion layers, large irregulari-
ties and changes in the value of dE/dh. Usually the signal strength
is greater in the evening and at night, clearer in summer than in
winter and at shorter (100-150 km) rather than longer (400 - 500
km) distances. The amplitude is related to frequency; also, as it
combines with slow fading, the average amount of fading increases
reaching, according to some sources, a maximum at 100-130 km.
Others maintain that it declines with increase in distance to an
equal summer and winter value of 3 - 10 db at 900 km; 4) Lose of
antennae amplification: The phenomenon occurs beyond the horizon
and means that for an antenna with an amplification coefficient G,
exceeding 35-40 db, amplification is less than in free space. To
account for this there are two hypotheses: (1) Spreading of radio-
Card 2/8

21L460
S/!09/61/006/006/001/016
A survey of work on the ... D204/D303
waves in a statistically non-homogeneous medium leads to distor-
tion of "he wave front in the plane of the receiving antenna and
thus the energy absorbed is less than in the absence of amplitude
and phase fluctuation, (2) elementary waves witli varJous random
angles of approach may reach the receiving antenna_~hese hypothe-
ses have been investigated but comparison of results is hampered
by differences in experimental conaitions. For a 300 km trace the
amplification loss increases with increase in the average amplifi-
cation of receiving and transmitting antennae and with an increase
of D to 300 - 500 km and f = 2290 negacycles. At greater distances
the loss falls; 5) Signal distortion: Work in this field either
treats the troposphere as an ideal quadruple network or aims to
determine the amplitude correlation of the signal components on
different frequencies in the transmitted spectrum. If with anten-
with low directivity the amplitude of delayed waves is d:kmi-
niAed by diffraction weakening of the earth's surface and the
J'a.ir-ectlvityll of the troposphere, then at antennae with narrow
patterns the amplitude of these waves decreases because of the di-
Card 3/8

2W16O
13/109/61/006/,- 0610011016
It survey of work on the D204/D303
rectivity of the antenna. The maximum transmitted frequency band
depends on the width of the directivity pattern of the antenna. The
random nature of the tropospherio~ radiation means that 3iGnal dis-
tortion has a random pattern as experiments in the UOSR have con-
firmed~ Two oeparated antennae in space diminish distortion and
guarantee a large carrying capacity of tropospheric radio links;
6) Radio-meteorclogical research; Refractometric measurements have
dealt with the structure of the troposphere and, in particular, the
If 7alue of E(h), and the area of turbulence
S)2
varies within the range 0.3 - 311 units and irregular layers
are u--ually I - 300 m thick. "Jump" intensity in these regions is
usually 2 - 50 or 60 N units, lar6c especially in the "invisible
clouds". It was stated that at a height K = 3000 m and more
E)2/1 is too small to explain distant flelds and its alteration
with height does not give the necessary 'value of F (D). The authors
r
Card 4/8

2LiM
S/, oc~ - 'or-/oo6/ocj,-/016
~,urvey of work on the D2 4YDcl/ UO
30~
d.-,al in,~oherent scatter and globular irregulari ties. In
-,i ;.uz' fevr y-az-s mvAc'; attention has been devoted to the concep-
Ocal-,-or. Two chief thcorlea ha~c been establi-
Cn- r,,Lves for the frequency zub,)rd'aate of Pr/P,, a
c anci ihe theory of 114istur~ance o'f the gradl-
'lie i3ceond approaches more closely to the ex-
fa~ts-. ard izi E;eneraily preferred. Maxwell's equations
jj 7 j s I I y layers abo-;e a spherical earth
e0
)-6 yet be~,n 7- e s oe dand a solution m,,kq1 cc,[.bne the th ry
j'- diffraction apread vilth pereoptical theory, All theoriee, in'
:1:.-e1LCC, approach hosc of a ''radar farm type"
e
pr
p Q1) J 2 dVv (1)
R R
wiiere Q is a con2tamt fac-,orj d(6) - ''scatter area" a junction
fQr the influence of fluct,.iatlon E and its rellation to A and the
Card c5/b

A survey of work or, the
,-ra4.1~,nx d6/dh; vith this forzula theory discrepancy concerns basi-
cai
Ily the va-ue of a. d, more,~vt~r, can be expressed simply as
v,ni',re C i 11!~tancc bt-tivpcrl
~r-uiszitter and ratios of 1, de/dh
Lnd others to '2cr r.nole e7en nvm'~ ere m. :.- 2 this accords
we'! with u general kor-mala and is Integrated with form.ula 2 to
M'.
A D-
AM dvpends on m. If b h n .then D-m+3-2r, replacee D-M+3
ri-can bp substituted by nearezt even whole number, in cases of
ciose approximation. Current theories give rei~ul-ta approximate to
r. -. 'A ;; /A

2~160
C) i, /CO6/OC6/001/016
A survey of work on the D20,1/D3C;3
-1
zq~ 2. !"nal'~' mentloned are; a) incoherent scaLter and turbulency
layers, and ~ cc-h- enz reflecting layers, On a) It Is pointed out
t,.at th,: u--,e of Iropoopheric layers for wave reflection has been
t:cten5i-ely 3tudied ana that in '1955 V~N- '71r"t-Viv (Ref. 107: Ra-
diotek-hnika, 1956, 11, 5, 3) obtained a calcialatea formula which
ac-.o!'ded with experimental obeervation3. On b) it is noted that
zt5'nle layer reflection has met with two objectionst The fir~:t
the incompatabili-ty of the existence of Creat changeabili-
t,-f p-0-1.,~rns over long diatancea-with the idc-a of stable troposphe-
ri~7 I;-,yersj the second, is, however, iheare-tical and hardly affects
ht: practical aspect of the problem; the ex stence of layers has
*ne-n fl-rmly established and it is positive that a diffraction
apprca~~-h to the problem of spread along zhe earth's curvature will
be of value. A simplification of reported formulae was attempted
and
P
r
fi~ (A~ [a-ICY h h~') exp aDj,
P dh it
Card 7/8

~0"
3 /1 or)'-16 1 l'ooo~?62; 1() 0 1/016
A survey of ii-~rk rr, the ... ~20-1/I)303
obtaln-3d. where (b is a compiicnted function, analoroug to the
hi&h factori of :Ivq_z!ca% diffraction theory, contalnir.C. frequency
T'e:-,pOI-,S~'0 F--nd , -;ip~ razir:., tdk/dhl,, a - unother fiinc%lon of type
A 13 'n A ro~la-:,a to parameters, whose size A and B dnes not de-
Scriptive of the fluc-
:I A~ Though rict strictly a-~curataly de
r-aarion charactt,:- of -lie field the equation gives the nece;sary
exporimental ratilo P.,.(D). There ire � and 11? -eferences:
24 Swiet-bloc and 97 non-Joviet-bloc. Tho? four moot recent refer-
r,~:es to the Englioli -language publicati-in3 rc~id ae follovis: Radio
ransmission by _,onospherie: and tropospher-'.c s~atterr, Proc. I.R.E.,
1960, 48, 1, 30; E.D, Denman, Proci I.R.E., 1960le 48, 1, 112~, I.H.
Vogeinan, I.L. Ryerson, M.H. Bickelhatipt, Proc. I~R.E., 1959, 47,
5. 688, L.A. Ames, E.T. Martin, E.J. Rogers, Proc~ I.R.E., 1959,
47, 51 769.
SUBMITTED: July 27, 1960
Card 8/8

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ARMAND N.A.; VVFDM,-tSKIY, B.A.; GUSYATRISKIY , I.A. ; IGOSHEV, I.P.;
KAZAKOV, L.Ya.; KALIN.Y, A.I.; KOLOSOV, LEVSHIN, I.P.;
LOMAKIN, A.N.; NAZP-q0VA, L.G.; N1NlR-:)VSKIY, A.S.; PROSR;.,
A.V.j RYSKDI, E.Ya.; -4qKqWV, A.V.,- TkRAWV, V.A.; TRASHKOV,
P.S.; TIKHOVIROV, Yu.A.,-. TROIT~KIY, V.N.t FEDOROVA, L.V.;
CHERNYY, F.B.; SHABELINIKOV~ A.V.; SHIREi, R.A.; SHIFRIN, Ta.S.;
SHUR, A.A.; YAKOVLEEV, 0.1.; ARENBERG, N.Ta., red.
[Long-distance tropospheric pri;pagation of ultrashort radio
waves] Dallnee troposfernoe rasprostranenie ulltrakorotkikh
radiovoln. Moskva2 Sovetskoe radio, 1965. 4-14 P.
(MIRA 18:9)

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I a L -A. X. f TO. I
"C-1st
.01testif A.0 01900(91,11 ..013
a It U 34,5369 Jima a# 49 Aj 41 41
A-
top ..0
Uss, of A. V. Sok.AQv, Afiwrdi- VdO- 3
9olaso". j"03' I No. 3 49
it is cooduded that Pot-ote
and spts,
WHICI + XCI) Is not an optimum form of a N-K fertil-
tr. bwwme of the excessive Cii pbysiol. acidity and do-
Cak4cation of WAIN. its use is isafted to the cultivation
t o(tacessive Cl.
of plants not sensitive to the harmful tffcc
such as wed mid nVeadow grass". edible tubt" &ad some
-is, Particulmly re-
vrgctablcs. In sawly wool Po"A am
form of
sponsive to X and K, pow-tc is not a desirable
fertiffser. In cases where excess*- Cl and acidity oi
ot injurious. there is frequently no need for
Potaxote are a
th~ introduction of K and. therefore, NIf.C1 can be used
instead. Chas. BIaDC
1MV, It al
n
A
ALITALLURCOCAL LITERATWE CLASUPICATICH
too.,
f#2440 L. 4.1, Jor
a 4
Kama KUM UK
0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 a 0
-30-0 bo-snv
ow 00V M
='A AA L 1 8 W 0 M a 'I W 10 2
A
n a 3 a
a 010 0 0 0 0 0 0 0
0 Ole 0 0 0 0 0 0 0 a 0 0 0 0 0 a 0 0 0 0
lee
-00
lee
as*
:00
coo
coo
see
too
too
0

-w w-
-ew-
I I I I t it if IIIIHISIS )?* Ito J) N a x jo )v m MAI Jos xympoij OM Waco
M-10 - A I. A- #AL_
oo 1.0 ..a it. OS #I
4
POICCISICA A* Pl"INMV *091
ftvwwiiw_i~~' -A. V. Sokolov and'
V. V. Volkovs. Trans. Sci. lost. -Pffro(wt-rillead.
eel fulitiddes (U. S. S. R.) No. 126, 5-11(1935).-Nitro-
and Amnxvbm were al In their effectivencts
as fertilizers. On cbermosem an excess of P over N gave
tietter results; an the groy earths an euvas of N over P
a
06 A give the bma mm*&; Suit podactic soils eqml quantities of
Old P pilve the boK r"Wb. ftpulumph; ift 111*9- l -

00

0 md A
mmobw In gemOffim IWJ. I 1
T5--SZ adim. of either .1 thir t. ftffiwm in pot
expb fave tbe am results. Increased quamtkin of
C= bruaduced differvillm, naludy, the
Amuiopbos pvc a hi4ber yidd of stmw with oats. A

Ib.W. IrIS._ acid fertilizer
and KCI). a neutral fertilizer
((NH 9S0., Tboww slat and KCO and an alk. fertUiser
(N&NOi. Thommas Am and KCI) am with saw.
crall batchas of Nkrupbo" and a udst. of N"Ov.
(NH&)JIP04 amd KCI whkb approaches the compo. of
-00

.06
see

=00

oo
go*

900
0 0 Z

00 9
Owil; Nitropbasks. Tbg mist. proved to be just w am i t as
the orillimal Nitrophioaka in pot cxpu. with oats. On
chernomm the Nitmplivisha wu superior to the Thomas
-lmqtms the sourm of P. On the po(tzols the slag waS juit
as Cood. A emparimma of Ow biple cowesballatl ford-
lima with m alwavalem Obtwe 41 ocdlm~ly twdlizm

ands vadammi commlidess of smil maisfure. Ibid. 19-22-
Under cauditioss of pot eirou. there wells so differeum
betweem the mood. and ordinary fertilizers it the "I VMS

zoo

0
kept at timum moisture. With a paucity of Moisture
the fertilimm Were superivw. J. S. Joffe
04 i~'

CLASSIFKATIONI
A&.-IL- WALLURGINCAL
.11 IN. "t t .]till as a", Lit
q-T-'--_T-t 1- ~r-. -'-, -a. a I V I OF 1111 9 a
AV to Iv to K It x Q R It it It K Re
0 0 0 6 0.0 9 0 : ~4 0 a 9 0 0 a 0 a 0 o o et a 0
0
as : 0 '08
0 0 0 0 Oj* 0 0 0 0 0 0 0 : : : : : " '10s : : : : 9 0 6 0 0 0

00#00 **see 9 090*0 0
I I I I* it 11 13 4 Is 16 it it m a ZI V n m b 11 22 1 1& 1 J* X )o 0 &1 4: U A ax--e-
.1 .4 V I T Z LA 1,-44
IS Cr w a
90 The tafluouce of mumalum sWat* lmd acKaum altrat,
the activity of rock-pb*GpMto floW. _A
0 . ...V.. Suko(QV.
1'rami, Sri. Ail. Firldiurl IN ferl"fungicUo'l (ty. S. S. It.)
0 No. 126. 1-4-43OW-MI-In fiellf clPts. addav. of (Nil,),-
SO, and rwk pho~phstr %howmi no incm%e in yielli 0l j%mls
"ti Way (tw"t "I. The nitrate with the phnKptt*te wsq woo
even twtter than th* Outy whrtt nr~tx %)( thr
(N)l.)*S(J4 and rock ph,mphate nsixt., .etc ula.le lit, lx,t =00
expft.) ws% them an incirmw in "Ity. Wlicntheywere 409
40 fni%~l with the "I nodifferen- ltcd: coo
zoo
are*
00 $1
Ji
u*01
tltf*&Vflllf CL
A a**
i -; ~40'940
9 A 13 3 a".
b u is Aw -0
go *a
000 00000

O-g
I I I t N if I) 1) 14 Is 16 it M It 11 a a 14 M 17 11 U 13 It is 14 v x it a 41 4j 11 are
1-1 - I- , " I, t I Ij
0 L j 4 -a- j IL L a. X f -4 A I T V T -X" Wo M it
0 0
'06
0 r Dealsdag tw harm" agam of M Ong" of A 00
A. V. 4p9&
go*
T neq
W"-
U.~
J. CAM. Ind. (Mowww) is. KI
lesa in
tivity of plants to the barow wtico of - C, is =00
000~ biwk earth ajW day dam in weft ad. Adda. of the roe
fertijisers to ow wil in aubmus ratber than is Wring
00 docremies the w2Wdv1%;.~ CS-C-tg- nib, them cfkcb
tiones
0.1 are more obvious. simultaneous add,,. -1 zoo
(NlWvSO4 also de-ess" the secWtivity. H. M. L.
00 -r!
6921
00 00
see .00
-00
A I L EIALLLPCKAL LITERAftNE CLA$SIFICATICh t:
S a Ow 0 1 w 84 5 ill '1 3 1 T
TS &V ~2 I%
it It M K it A
0 If 0 n 1u
0 IS 0 0 0 0 0 0 0 0 0 0 6 0 0 40 0 a 0 0 0 a 0 Ill 0 0 0 e 0 0 o 0 0 0 0'
0 0060 0 go 0 a go q * 0 00 0 * 0 fe 0 It! 041 * 0 0 *so 000 0 6 so 00

W -,W w-

Conjoex nitro -pboafhorus and tylple fertlWofe
Ion - Id
I ki
h
l1
f
k
(C

Of A: i-
m I ton o
or
-)
ols)v. '
rms
o
So
A t
'
'
.00
N6 In. fe 11`7/hur. 1, No. 4
,, 1W
1937

'f. C. A. 30, 64951-A grnmal millulmy of 11tv -00
N-Pand tile ttiple-ittrugth fmaimi. 'rbcJ1llll%01liAtCd
'uperphusphates ate of no special value in thcm-k-lves owing
1118 lo-.N %ontent, but are invaluable components of mixed
f"tiliscri. In weakly ammoniated supctphoiphates (2-3~7g
~;,,,Imhtpm " twt l"..: th.41t Itt 1,1,
Nt.111 t 1-1,z
-1i" Whill, 11,
11ot], mt 01,111n/~ m kk'~ W 11,

IS
P

S S L -fl~LLUFFIC*k. LJTfNAtLME LASSIFICATICN 1z
t

14M)i ~Z' too
U K A, 10-It 140 Of K Lt R a It "I ~11 n 1 1! jw
0 0 41
sit 0 0 0 0 0 0
0
:
0
00 0 0 00 04 0 0
0.

0 0

1 f A I IF
A 0 v a M IF a
At At x
.
A a it 32 n U

A - -
w I A v
.. jl~
it
I it-AND
086CILUS AkD

0 *.4

0 t
j lavesdPdana ol avubcauss
ddeffids with k%ftmt al SOMMaM CMWW*

: a chisti4e). SokWay- NAAW "
widt PUSOM 1937, No. 2;
d sat-khow Sbo-;k SWA
[
0 a
1. 104(IWS).-NH.Cl i.-
004 the sad by Sbawbing IL nwt than don (NHo)o-
I, podxd (koched-out wils)
action of chlorides of

001 i while they am wt isfaim
k smaller than that Of MdAtt"-

00t of the wil. A cam-
it the sudAIM by-
to. (N HANS% 0
(
SO
NH
)
d
o
.
.
.
1 an
(
twative study of the action of NH4C
Sawml that these I"jUi_s sic altailar in their actiom.
Th. f"W1100a; addn, of MCI UMCQUICS its luArmful'a-
flUC70LC Cc " MAIN. N added to clay "Is in autumn
0 0 a givc.~ good r-Its, while added to light -its it is ""'y
04 wasbcd away. potagot does not give optimum rtsults.
M Its Lva use 6 found in soib Producing ctrerls, bftU. feed.
00 gtxKh N and K.
s-for plants requirin
t
ure
on pas
W. R. Henn
0 0 Jr
41 A I L A, PETALLURGICAL LITSMATIAt CLASSIFICA7100
ICIO.. $I
Aid. b"LM.
It a.. Q*t ---1-;31131owt1 . ......
a 9 a IN a At a 0 as a
~P .00
-09
-00
-00
.00
800
30*
400
000
Ire*
see
Argo
4040
600
S90
W041
ISO&
U11 AV 10, It
0 0 It It ; a, A, "I ell It YL 4, V, INK All I t 8 ad 0 a 9 1 ff a9 a a 3 0 v
010;090009006 SO 00000*000000000*90
0 0 010 0 0 0 0 0 * 0 0 P 0 0 0 a 0 0 0 0 0 0 * 0 0 0 0 0 0
900

_s~ --aW %
T 0 a 0 0-0 4- 9-4-41 0 0,
o 0 0 0 0 0 0 0 0 0 411 0 0 0
lluljktli6 lite is a It 12 a Xx
A A- L-AL-S-1-6-A-1 -10 CC W.-M jLA-i--L-1 -1 -A-I-A.
00

00.(
00
We
of

fed SO 11110 YW4 61 vm& md kay of
'
l

of 1'. oglmiiies. A. V t.1L %
- D'YukurA SM K. A
Dn""i". I a4;~&"ak Ali. (11
8
S
It
i

0 .
,
.
.
.
S, 57-70(lWn--j%t MW fidd ripts. with kffu"Wj
-
%how th
t U
W
t
off
a
n
it. a
I mg. of 8 pa Ill. of Kil increll,44 X00
the Yield Of mOd gild 1114Y. Hnmcially favorable were
-,
e0a effects of B an podmi soila whkh received large quantitt
of lime.
1. S. jcffe
too

00 00

0 6 2 too

0

09
2
A 400

11. see
Soo
1100
-00
nee
A 5 0 S L A &tYALLLiRGKAL LITIMAIUMt CLAWFICATION

WS , m~ t- I'..
-- -, ~ Nee
--FwTz- I -

Is. 1.1c.. ." U.C 811111 MK aft, Lit
V, I I I a P all L S I Od 0 -1 a I W 0 0 a a

It to Cir al a if IIIW K K 0
3 2 1

ie 0 0
p 4
e
0Z

0 0 0 4 0 6 0 0 0 0 0 0 0 a
000
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 :

0 00
0 0
o
1
:
A
000060.0
0 0000000040000000* 000400000000000
1 0 0
o

a ip a 0 0 0 a -a- 0 1 41 -41-- 41_4_*_fv
lost$ is swillull"ll is it 4 U 14 is 'A it is it a it a &I ill at)
r Q I A-L I _111
it. 'Aft,4*1
00
00
The use of chlorides mis fortilizerst. L -IkAuAm-
Sci I I t'. if 1.1 -00
r "C"
a 410, A4.
11 a Irrillirro 1"'4wasillif 0 Owns mWill.;
so a
M tiv vt rational in neuttral swili, but it iA not suitable in -00
acid Ifommianie If% chief dra-hick ii its high CI
"'WVvit. The scnsiti%vn"~ ~4 plant, So CI (11,1WUL4 mt -00
a~ 1-11 44 Wj OW WAI'li,113 A ,.1 111,111 4,11111itr 000
.4 1 fl. It i,t higher its .. W 4.1.1 m 11 .1, 4
11-m ill millial And .14y"y (Its Ill 114 4
I
1"11;4110"l11 Ila% brell otj_fvr'I in the wn,itivrite,4.4 pbijt~
1'~ Cl mid to Ca.
coo
990j
00 goo
0
"Oe
J
:46 0
A I a - k A *1TALtbkrKAl, LiTril,ift,iff CLOWICATION a Z_ too
10 8~ r ' , .0_ ......... -1-11- - ~ . - __ I -
jd~~ -00
U 'm 'v ili; 4-T i i '1 1-1-1 'a-3 - V-17T-Arl -t -v-v -04- 3
0 00 00 0 n It as 411 Kit pr4w,; atir ita mw n i 'va 0 1 1i sal,
0 0000 00 00 9 000000000000 0000
i~o":Ooo:!Oooooooooeooe::::::iooeoosooooooooooooooo~~
0 a

0 0 0 0 * 4 0 a 0 40
I I )Ali I f #1111101ISS11161ple it a ita W:x n v 13 )1 a is x is As it a &I m AS Joe
A &__4" A--" _L__A It -A, I . . 2 6 _-L _0 0
4
00 41 A ..a TOO
Teaft an the we d emmWeed dbqpa &W VAA �~P-
wiser is an twu a Ak"m I"
Sokalmv~'rraw. Ski, -wt. Feftiiliws liasadofm I
~U. S. S. R.) No. 136, 14-46(196r,); Chiallif & wasopit
40, W.-Chloritles (NII.Cl) have littk indiarwe an ON 7
1,&I)ry houvesto; In a pozzuOlarlic UAI their ClIccl is
ven tuore favorable than that of sulfal". though it re-
m2ins inferior to that of urrm and K,111104. In the
.~asc of clayrv fort-c ,kxL*. txAh chlovid- atut milfat" act
Inthe~-1116%-S.
tion o( d&%, uv (A %ffskl arte, K,41. 6-tic[ t-ult.
th:u) MIAl lone, Pot walori NII.CI ha- an ;i,lvctw z0 o
at
milucri"r oll Ixth Imm"t *1,1 and starch ctintent. Ale 0
A. Papinran-Couturr moo
o: 7so*
go M
00
4r 9Sao
0 zoo
If me 0
3*0
7, moo
=00
I S L .1 TALLLI*GK-L LITIMATDOE CL-%lWKA7lC-
-0~1 A,
Ll! _s r
le, it OftlTSM11140t 9 K it IT 11 IN Z. .0 1
do,
0 :if 0
0 O'o 0 0 0 0 0 0 0 a 0 0 0 b 0 0 0 0 0 0 0 ~o

V W OF W 0 W 0 Of 0 0 9 0
0 o * 0 a 0 * : #'o 0 0 0 0
*
0
0 6 0 6 0 o 0 0 0 C
ll ' 1~ is I- M , P 12 .1 " .3 '. p " '~ 1, J, -3 N k I,
q '15 1 v T T
L AA 00 M Et
-

A

k;tlccts of chloridee an buckwheat and sunflower.
A.
go _
;~jkuju%,~jnj. 5ci. Isis. Ferliliur; 1*3eclafamirs- -00
00 A 1'. S. S. R.) No. 136, 47-M(lqa7): Ckiiiitie
NS.A.-Exc-.m of chlorides affecti buckwheat.
Industrie 40 -416
.
harv-t~ but has little inductim on sunflower. The Xr -0
milm-m-f hbmid" i,ni-rpr ... i-imed in fm"- t
is md thmi tit madihi. f.,,c,t u,04. Applira.
acculwilat I'm tit Cl in bwk-
11 ... I .-I hai
lt,4 lea'kh" all
go V, xv ally in t C Str 1% ; t wrC 1~ A ~imullaneouq
,
a. bra t
;
,
K and Nlg toments. The hAtinful
increaw- in the Ca
06 j ,
intluence of chlorides oil buckwheat is greater when used =9 0
00 its conjunction with N114 than with nitrate. A. P.-C.

00
d=
00
0v
00 r
! --
00
00

Y* 0
0 -.00

A S 5 L A WALL~IGICAL LJTER.T~Vt CLISSIFICATIC.
T
too
is 50 0
I I '" .1 1 1 . fw 11 1 W 2. ;o
!
;
,
,
"
'4 N it (I et 11 rq 14, n I
- 0 0 a 0 0 0 0 e 0 0 0 0
0
0 0 0 41 a a 0 0 0 * * 4 0 * 0 0

V A,
0 o a 0000000 09olltelt, 0 0 o 0!"
1M -
0 is
A 'n is 31 u a ida is jj
Is U 13 M U $6 a a is

I
fl
f
UM4
u
d h
n
o"Ce o
C
00 as l
x an
emp 44 a twoctilla 4w

Flaos. Sri. 149. Ffitaimps lowtofootig idol (1". 14, S. It.)
IJO
N
&"1
1
37
Chi
&

:10 j o.
atio
injustrif 40. 991.-
9
.
(
);
Ifeultr certain conditiow, chanxinig the thtir,4 applicatiors
Ole of N and Cl fertilizers; call im Irmbly the effects
b
b
d f
1
B
=
=
o
la
ir
ront 1
0"".
y fu
1
Yeaffy (-NP doy% before
%owind) applicatiuk Cd Cl feltilizerl, a favorable remilt iq
obtained, due coot fially to the elitninatioss of CI by
Intiviation. lithe trot iscorried out under usch couditions
that liviviation does " lake ptore, mr[T agn,licotitts of
Cifrlilf"reldh mladvaujass-.
'
f
M

00 -,. is
pt-
isr Iscruntillosidft 4A 11.0-4, t
.0 It, Ih- -,it
its% &,,k1 1%ustio4onle ft-0, brinjo wild dot all, -n.h1we W
so I chloildt's, the fixiner nKwe than the Ltttri. Ily liming
the harinfid action of chlorides on hemp cats be stipprmwd,
but it Is much telist effective in the caw of t1ax.
of zi A. Popineatt-Cotaurr
a to 44 it 6) is w,6
A. 4
.641
*Sm-SLA b(TALLUMOCIA. 1.111111TUO' CLASSWIC.T10-
it
0 43 a 5 6 V
AA I I a Od a I so so
No A 1 1,
P r, 1, n 14 st K tt alt a
0 0 0 '0 0 & 0 0 00 06 0 00 0 0 * 0 O'o '0 0 0 0 0 9 000 9604
400
=00
.300
cog
00
2 wee
zoo
see
zoo
tlee
400
boo

a -t a -t -~-A-fp a 6 -Q a A 0 % a Is a w-'w 1 a -'Mvff-'w -IW'W 9 9 0 W a a C a a V 17 W t' W 9
0 a 0 0 0 0 OP 0 0 0 00 0 0 9 -0-00-4 -4vlw--
1 00 0 0 000000
0 Is Is.0
H 12 Ill . 0 1, 0
A A-1- J-j -4. ~j
v, JTJA Al 44 :'
00 -0
of -AO
00 fits"t WEIP"i-Oll with Pollillote. A. V. Solwlv. -00
/S
asu.. .00
00 r/ ans. Ski. 1100- f9flaiwS Inifflefungkides (U. S %.
;o IM. 62-75(19M; Kkim. Referar. Zkor. 1. No. 4-5. -00
2
00 A'(*,Wg); d. C. A. So. 4601)1.-The harmful effect of
00 the Cl it, P04"Ote (KC1 + NIMI) can be vernowd by
cb&nV-ng the N:9,0 ratio, and h
00 a y the pro~w choice of --la 0
OtT Ph"'PlIffitt base- hPts. wM Peffofnwd with quitch -4,00
Krass. oats, miUct, mustard, Us, buckwheat and hemp
00 1 an different sailt. Fkx, buckwheat. and hemp mete mt .00
ii- sensitive to the cbkwi&s. A decrease of K to N: KgO '00
1: 1 Save =lY a 40% e&--. wkik- so effect was noticed
00 for the others. Tbecbiu.,,~o:oINH4CIinP*Iazotetootbrr '00
00 j forms of N (Nlf6NO# and NH.SOj was mom Effective. 400
00 a An adda. of basic phosph-.es corrects the effect ot NILCI
.-d of Potazote. w R Ffmn '00
06 1* 0
00
4100
90
00
1101191
be
'00
"00
MAILP19 CLAHVICATMON
a . S L A METALLURGICAL LITE
ki: 0
14no j S4304a a-- aft M111310-C 411LIll aw a.. III
U 5 AV 00 IS Ia' p.F a
It it t it
.4 ~Ul a 0 0 0 0 0 0 0
0000 0 000 000 . ~O 0 1. 0
0000 IS 00 0 0 0 0 0 io z 0 a 0 0 0 08 a 6 0 0 0 0 0 a 0

AN Is
0 0 0

0 IS 0 0 0 0 0 0 0 a At a a a 0 file 0 o
a. m te 16 17 See m

___A_j _r_Q [a

0 0 0 0 -0- 0
r O~PP~_' ~W
I v n id 23 21 v a itm 14 1? Is 40 -1 4: 41 id 411-ce
IF I __LU
T Z AA d j_to_JL_A_AL_
- - - - ~.Z. as -00

Role 01 ujillam distribultion of sulteritive elesturste
'c

90 a
016

00 in the "a Im" the refts"al of the davirlopervical ON
X's. 14's.
N... 1J6 1.4;.,
Chimir & injustrw 40, r%Kq.- -- Flic %tnfavc of
%!,c v)A vilikh can be olifirtit Im plant, llvlwtid, it-it ,Il[Y
at 41411' )%)Wrf 10 IIVVCIAIII lilfit' 1-t,l 1A.C1.1tv. hilt all)
Os Ar

9

00

00

;

t ,it lit;Aboring plane.. It aN I"Ittiu.
I-elly wjt-~. that applicallti j Or f'.1111il't.
4t a .1i,it'sixv Of Al Cut. fillul lite 111ASItS ilKIIAIVII lite
vieftf; but what the plant *A4 _Wlkl. front the fertilizer by
~,thvv plants it mtIll no longer make u%c of lite rtailizing
dousents. Owing to the it-regular tibiributiou of Icrtilij.
ing clements let the .41. utiliz4flou !fice cleme-rit- by
.1rightKerbig 1)1411t% 1-4 very littellisal. P.-C.

e

o
00
00
2 111049
00 cee
W-
200
see
ASO.ILA .1TALLUJIGICAL Ull[IIALTUARIF CLAS$WK;T;CP Celle 0
ISO--- 91.14#11- 1 View JeCit'ji). wee
.&I del 0
All 00 91 4"i, 4,
It 1101041104 Nit 940 were n it a Men a I I"
:::::Iooooooooeotooqpo*oo010000:0000000000*0
j00009099909011111 960099090996099011 0: :

0 0 0 0 0 o 0 o 0 0 0 0 is 4 0 0 0 a 0 o
W ago 0*00000000*0,0000001
0 0 0 : 0 0 0 0 0 0 0 0 0 0 a 0 0 o 0 o 0 0
CO M 31 32 13 31 15 k M It 19 4( -1 a) 11 IT (> A, SS t$
4

10 0

0::
Of
of

oo_- Os
00--
go
002 00
00
002 1
00
Q 41= -~1U.1m.113.1AIIIJIflu j0 -Ituu I'll Cull tivill jualls
3 00
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3 1 it, ~nd and mixts. of sand and soil cultures. It is ,
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I "lain. b4h- zoo
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"A Method for the Fractional Dotermination of P-contuiniL,.- .- . .
in Plant3,11 A. V. Sokolov, Chenl'-tlon 3ocialistic Agr, (USSR), Ic,4cj .1,
.1
T210 10, 01) )6Z8, -KhimReferat Zhur, IV, No 4, pp 82 (1941) (SEE: Inst. I
Insect/Fungi. in Ya. V. Samoylov)
SO: U-237/49, 8 April 1949

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water-soluble phosphstes in soils.AV. SkIkalov
Ped4ory It'. S. .4. R. 1 1943. No 4 .. 36 401;., Unch'I"

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SVOLOV, A.V.
"The Role of the Plant in the soil doctrine of V. Dokuchayev"
Pochvovddeniye, No.6, 1S,46 11 .. -1 !,-

I. u ti u 1% 1. it Is 1, $1 j it
I AA 08 ~c ~c t
IlAtion d Avull'inticAlly filed nitilarn in
Ax..,
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0 Thirty y~&rs of &Vo-chemistry in Soviet Rusaim. A. V.
-A
24
l
1947
617
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Sokolov.
ogy I U.
,
k of the theoric, of Lict.ij; and the advamys itia-le III
00 Rumiaon %oil pmliwthitv iii rri-ition to ininLral fertiliza-
tion. J. S. joffe
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Soil cover and the geographic effectiveness of fertilizer
A. 11,,j,,1,-%. . 1 1947, N- 1. 11;
'BV mv g th, 4m., ,;l
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bnmghtout thm %, ithin t lie millc 1'.11A I Vj, Ill, .11"f1"
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'C7 C~7- A. T.
~ C
jy
1) 1 ,P
Soils - Analysis
Methods of diaanosina nutritive-element deficiency in soils by physical
appearance and plant analysis.
Ruk.issl.pochv. 5, No. 2, 1947.
9. Monthl List of Russian Accessions, Library of Congruss, June 1952. UNCLASSIFIED.

sclwul 07.1" 11 . V .
Soils - Analysis
Greenhouse methods of soil analysis.
Ruk. issl. pochv. 5, No. 2, 1947.
9. Monthly List of Russian Accessions., Library of Congress, June 1952. UNCLAS6IFIED.

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SOKOLOV, A. V.
PA 48/45T4
USSR/Agricultur6 Jun 48
Fertilizers
Nitrogen
"History and Current Situation of. Soil Science:
Biological Nitrogen and Mineral Fertilizers,"
A. V. Sokolov, 6 pp,
"Pochvovbdentp" No 6
Brief historical review of present knowledge
of biological nitrogen and mineral fertilizers.
Compares fextilizing and soil revitalizing
activity of clover and timothy to action of
.mineral fertilizers-. Presents recomended-methods
for application 6f mineral fertilizers. ,
,~ft - -- .4Y49T4

USO/Agriculture oat 48
Soil-Science
Phosphates
*Mcw-6ment of Phosphates In the Soil2" A. V. Sokolov,
T. D,. Koritalmya, 5 pp
"Pochrovedeniye' No 10
Low temperatures, high humidity,, and incredded culti-
vat-ion of fielas decrease phosphate-ion absorption
~y Ooil. Movement of phosphates along with-soil -_
Oolutiona toward roots of plants increases Dhosph&te
#take of plants. Wet frequent foim of Mbolved
bhosphiate is.mono-calcium phosphate.-
49/49T13

jn~ u -r
ui tual,' 11 ituo -~crtl- t,-. min ral or hors ~s.
i
o n t 1 L i S t o-' -.. u
ji c,3s s ions, Librar-, o" "onc-ress, !lLrc!-I

73":d- 0~ -:0: 1 s - 0 c
'CC -2~7 -i T j'-o

r I :'~ )i7
2. Ur-,:,-:" (601J)
4. Fertilizers and Ianures
7. D.N. Prianishnikov on the law of increasin.- soil fertility, -.V. Sokolov,
Pochvovedenie no. 4, 1953.
9 APRIL
.v L7st of Russian Accessions, Library of Congress, 1953, Uncl.

SOKOLOV, A. V.
Battelle Technical Review
July 19,,4
Agriculture
45' Appliesdoll of lindinami.! In Agd,
-112-1 anti Sol' 'n"I I as. ussian.) A. V.
cilinIny Ve3tnw Akstk-m" N,,.k ~SRRI, 1953, no.
if. -34.
Brief half-life of P" pennits short-tenn experimentation.
Emitted P particles easily traced with Geiger counter. Mediod
of application.
/0-

SOKOLO'l, Andr,~-i V a 3i I' ovi ch,
AlIcadem.iii nauk SSSR.
Methods of ac-ricultural chemistry in soil analys-is- --snusl for fi-21d and laboratory
reBearch
S59'3.A37 1954
1. Soils - Analysis
2. Agricultural chemistry.
ggnilskii, X.P. Diagnostika
1. Sokolov, Andrei Vasil'evich, 1898 - ad. II. Ma
pitaniia rastenii.

*,OKOLOV, A.V.; SNRDOBOLISKIY, I.P.-,,.TYURIN, I.V., akademik, otvetetvenrqy
redaktor; MARKOV, V.Ya., radaktor; ASTAFI MA, G.A., takhnicheekly
reda:ktor
[usa of phospho-me isotopes in agrochemical research] Primenenie
izotopa fonforb v agrokhimicheakikh isoledovanitakh. Moskva,
Izd-vo Akademit nauk SSSR. 1954. O'l p. (MLRA 7:10)
(Agricii!.tural chemistr7)
(Phosphorlt-e-Isotopes)

A. 7j.
"Detem,ination of the Assimilat-jon Capacity of Soil Phosphates and .-Fertilizers
i-pith the Aid of Radioactive Isotopes of Phosphonts, 11 a paper presented at the Ator".5 for
Peace Conference .7 Geneva, Switzerland., lclr,5

BARDIN, I.P., akademik, redak-tor; YOLIFKOVICH,S.I.; Pkademik, redak-tor;
KAPUSTINSKIY, A.F., redaktor-, SOKOLOV, A.V.' professor, redaktor;
POSPMOV,I.A., starshy-y nauchn" so ~~
redaktor; DWNEKA, 0.1.
redaktor; VITUMA, A.V., tekhnicheakiy redaktor.
[Studies in applied cbemistyy; a collection of scientific papers
dedicated to the memory of Academician E.V.Britskel Issledovaniia
po prikladnoi khImII; sbornik nauchno-iseledovatellskikh rabot,
posviasbehonMi pamiati akademika X.Y.'Britake. Moskva, 1955.
342 p. (MLRA 8:11)
1. Chlen-korrespondent AN SSSR (for Kapastinskiy). 2. Akademiya
nauk SSSR. Otdeleniye khimicheskikh nauk.
(Chemistry) (Britske, Ergard Viktorov-ich, 1877-1953)

SOKOLOV, A.V.
Comparative tests With granulated, neutralized, ammonified and
uWanulated superphosphates (resnlts of field experiments).
Trudy NIUIF uo-157:74-112 '55. (MIRA 9:9)
(Phosphates)

SOKOLOV, A.V.
Experiments with suparphosphates and #ther phosphorus fertilizers
an Siarozoms. Trudy, NIUIF n0-157:113-136 155. (MIRA 9:9)
(Phosphates)

SOKOLOV, A.V.
I............... '-.-
Testing the effectiveness of granulated auperpheaphate having
granules of various sizes (results of field experiments). ?rudy
NIUIF no-157:137-144 155. (MLRA 9:9)
(Phosphates)

r7
ochernical properties of the sails i I,
A-IV~'Sckolov. Pocliveredentel956,No.2,1-15~Aievicw
W
d. prs--6-rt,-Tfi:o use of fertilizer for various crops on the
,ffercU., . - . -
a its, taking into consideratf the f t fit
of the respective soils. The content of org.'oi,alte 'I
P In the principal soil zones and some oFtheir subtypes, as
reported in the literature, are used to Illustrate the poten-
Vals of these soils. 23 references.
P"'11

MAG-EUOV, G.A., kandidat sellskok-hozyaystvaaafth nauk [tranalatorl;
TOMME, M.F., doktor sell sk&-:hozyajvstveax];rkh nawk,-Profassar'. redak-tor;
SHMGIN. N.P., doktor biologichaskikh nauk, orofessor, redgktor;
NOVIKOV. Ye.A., kandidat sell skokhozyaystvanny'ch aau)r-,
S ., redektor; SMIRNOVA, N.I., tekhnicheskiy redaktor
Eftqsiolaggicel significance of the vitamia B groun. Animal nutritton
and fertility. Present-day opinions on livestock breeding methods.
Trnnslated from the &nolhh, German 9nd French] Fiziologiche-akoe
znachenie vitaminov gruppy B. Pitanie zhivotnyk)i i plodovitout'.
Sovremennys vzgliady na metody razve(ienite sell ekokhoziaistvanw!!,~h
zhivotuykh. Perevod s awFlUskogo, nometakogo i frantsurskopo G.A.
,ina, A.Nov3-
Magidova. Pod red. i a predial. M.F.Tomme, M.P.Sberg A.
kova. Mosk-va, Izd-vo inostr. lit-ry. 1957. 289 p. (Mu4j, 10:10)
1. International congress of animal husbandry. 6th, Ccpenhsagen,
1952.
(Vitamins- B) (Stock and stockbreeding)

so -- .... I . I
"Agricultural chemistry of potassium and DhoaDhorue" by F.V.Chirikov.
Reviewed by A.V. Sokolov, Pochvoyedenle no.3:122 Mr '57. (Y.LRA 10:7)
~Planti--Nutritlon) (Kinerals in soil)
(Ghtrikov, F.V.)

. USSR/Soil Cultivation. Organic Fertilizers.
Abs Jour: Ref Zhur-Biologiya, No 1, 1958, 1265.
j-4
recamended that the quantity of grass plawed under every year be
increased by eliminating the creation of two fields with yearly
sowing of unmixed clover.
Card : 2/2 -2-

"Tnfluence of Certq-Ln Environmental Factors on the Fo-"I-ciation and Acc-Luml-L=tion
of Al'-'aloids in ~Ihnts,ll
ro~ren and its Czm-,n nds
~euer submAtted for the Sm:~osiiun on tne Utilization o.L ~it 'Ll
in ~-Iqnts, ~;bciety for Fiolc-r, Uriversit:,v of Zngland,
19-1c) ~'e
- 58.

SOKOLOV, j~.V.
Rciserves of available phosphates in soil and effect of phosphate
f,irtilizers on their accumilation [with aum-ary in
Poehvnvedenio no.2:1-9 F '58. (KIRA 110)
1. %uchnyy institut po udobrenlyum i Ineektofunglaidam.
(phosphates)

TYUR1N, I.V., SOKOLOV, A-V-
Soil t es and the effectiveness of fertilizers [with siunmai7 in
Engliahle Izv. AN SSSR. Ser.biol.no.6:651-660 N-D 158 (mrRA 11m)
1. Pochvennvy institut im. V.V. Dokuchayeva AN SSSR.
(FERTILIZERS AND RANMS)
(Soils)

SOKOLuV, A.V.
Soils and the effectiveness of fertilizers [with summary in EnglishJ.
Pochvovedenie no. 9:1-9 '58. (MIRA 11:10)
1. Pochvennyy institut imeni V.V.Dokuchayeva AN SSSR.
(Soils)
(Fertilizers and manures)

SOKOLOV, A. V.
'I Chemical Probllems in Farming."
repor-Z presented at the Pbmary Session, 8th Wndelyqv Congress, Moscow, 14-18
mar 59.

TYURIN, I,V., nkademik, otv.red.; SOKMOV,_A_T.# prof.p otv.red.;
KAVUN, P.K., red.izd-va; RYLINA, Tu,V., tekhn.re,!.
(Agrochemical work on Kaliningrad Province] Agrokhimi-
cheskie raboty v Ksliningradskoi oblasti. Roakya, 1959.
267 P. VIRA 12:8)
lo Akademiya nauk SSSR. Pochvennyy institut imeni V.V.Doka-
chayeva.
(Kaliningrad Province--Agricultural cheMiBtry)

SOKOLOV, A.V.
Problems of agricultural chemistry in the U.S.S.R. Pochvovedenie
no.1-8 Ap 159. ~MIPL 12!7)
l.Fachvenny7 institut im. V.V. Dokuchayeva AN SSSR.
(Agricultural chemistry)

GORBMTOV, N.I.; SOKOWV, A.V.; POLYAKOV, Yu.1.
At the Conference of soil scientists of the Polish People's Republic.
Pechvodedenie no.2:115-116 F '59. W-iA 12:3)
(Poland--Soil research)

soT/64-59-4-1/27
AUTHOR I Deputy Ct.I.- or the Org..iz.lic. C-
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~;.cf C~-..yftlcand Applied Ch=Istry
(T111. M.nd.lay-.kiY d pban n.1 1
PIRIODICLL- Ithleii.h.skaya 1959, Ir 4, pp 1-10 (USSR)
ABSTRACT I Fro. March 16 to 23. 1959, the *Izb1h traditional con
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Z~yoglntsov. 0. To.
?trial rho ath Mondolorov Congroms am Oomral and Apyllod Chowlstry
PUZOVICALs Zbormal morganichemkoy kbdali, 1959. Vol 4, Ir 9, pp 2170-2182
(USSH)
ASSUAC71 Th. ConVoo. monsiluned In the title was hold I. Scaicow from
March 16 to 23, 1959. Sort than 4000 delegates and guests froe
19 countries participate&. It was opened by the President of %be
Orcenlratory Committee, Acadoulclan A. 1. Wormejame,, who asked
the ;arti.l.pont. to discuss the do,oloyment of Oh.misqry A
chemical twobnol.dy In the VBn In the Urn% of the decisions of
the 21at Congress of 'be CF611. The follow%.% Somberm read papers
In ths P1612417 408810081 V- 8- ?~dOeOv, Ch" AW, Of the
Casud"Giveamy kcaltel "vote Simistrov 1183R ZI %Lbioii state
Committee as Chemistry of the Council of InRistere, VAU~j
Ticks of asiontifts,4" technical Pragross Is the Ctestisal
194motryl T, A. Urflas Usto ProMems of Pollmor Chowlstryl
L. 9. Issmayissavs The Perictis @rates MA arpois Choulstryl
1. besmavo Isais Pralsleam of Chemical noetical V. 1. ftllojml
The trances state of D. 1. massialt7ov, 4 Foriodle Laos
A. P. Tleassrsdavs Deals P"111"s of Ralivalumalstrys T. a.
Im"Itgarlstr lasim, Prolp2omm of lsseabeuisstrys-Aa~wwi
Chemical Prolsts" of Agriosloars is the 11111111 V.I. stasymme
gals Uake of the Constructive, of Chemical Imommory MA Apparaftal
To. t, 11VrUSt Dust* Problesm of tbe ?boost or Cbeuio&x U%k&Pj
and A. P. Alokosefirovs Obassloal Preap"118 for the gov of Alostle
Ismara. As emal to all assesdate of On tin win dram is is
Wmeb %My arm ember"A In Weto an mceir stnmtb to the
ftlftlbwst of the grout ticks Po"d ty ~b~jist Qsss~vooo 0! the

TYURIN, I.V.; SOKO_WV, BUSHINSKIY, V.P.; SOBOLEV, S.S.;
FRANTSESSOIT, V.i. ; KARPINSKIY, N.P.; BALTABO, N.K.; GRIINCHENKO,
A.M.; KRUPSKIY, N.K.
Aleksei Nikanorovich Sokolovskii; obituaxy. Pochvovedenie
no.10:124-125 0 159. (MIRA 13-2)
(Sokolovelcii, Aleksei Nikanorovich, 1884-1959)

SOKOLOV, A.V.; GRACHEV, D.G.
...
I -
Agrochemical, technical, and economic eva-luaticn of mechanized
application of simple and concentrated phosphorus and mixed
fertilizers. [Trudy] NIUIF n(...164-57-59 '59. (MIRA 15:5)
(Fertilizers and manures) (Phosphates)

SOKOLOV) A.V.; MAZAYEVA, M.M.
Effect of magnesium fertilizers in relation to the cheracteristics
of plants and soil. [Trudy] NIUIF no.164:59-61 159. (MIRA 15:5)
(Plants, Effect of magnesium on)

__ SOKO-LOV _31_A_V_-- -
Agrochemical evaluation of prospective and new phosphorus fer-
tilizers. [Trudy) NIUIF no.164:61-62 '59. (KIRA 15:5)
(Phosphates) (Fertilizers and manures)

SOKOLOV, A.V.
4. -
Studying the uptake of phosphates by plants and the met-abolism
of phosphorus compounds in plants by the method of tagged atoms.
[Trudy] NIUIF no.164:62 '59. (MIRA 15:5)
(Plants-149tabolism) (Phosphorus--Isotopes)

'~'~OKOLOV. A. V.
"Methods For D,'ennining ITie Stock Of Soluble And Available Phosphates In
Soils By Labelled P3~,,.
repor-t submitted for the 7t11 Congress of International. Society of Soi-1 Science
Madison, Wisconsin, 15-23 Aug 60.

A.NTIPOV-KARATAYEV, I.N., akademik, otv.red.; TYURIN, I.V., glavnyy red.;
GORBUNOV, N.I., red.; VERIGINA, K.V., red.; ZONN, S.Y., red.;
IVANOVA, Te.N., red,; KMROV-ZIKHMAN, O.K., red.; KONONOVA,
M.M., red.; LOBOVA, Te.V., red.; MISHUSTIN, Te.K., red.; RODE,
A.A., red.; ROZANOV, A.N., red.;_SOKOLOT A Y., red.; FRIDLAND,
V.M., red.; SHUVAWV, S.A., red.; nWIMOV, A.L., red.izd-va;
MAMI, Te.V., tekhn.red.
[Reports of Soviet soil scientists to the 7th International
Congress in the U.S.A.] Doklady sovetskikh pochvovedov k VII
Mezhdunarodnoma kongressu v SShA. Moskva, Izd-vo Akad.nauk S=.
196o. 487 -P. (MIRA 13:10)
1. International Congress of Soil Science. 7th. 2. AN Tadzhik-
skoy SSR (for Antipov-Karatayev). 3. Pochvennyy inatitut im. V.V.
Dokuchayeva Akademii nauk SSSR, Moskva (for Antipov-Karstayev. Gorbunov,
(Continued on next card)

ANTIPOV-KARATAYEV, I.N.---(continued) Card 2.
Ivanova,,Kononovay Rozanov,.Yridland, Sokolov).. 4. Iaboratoriya
lesovedeniya Akademii nauk SSSR. Moskva (for Zonn). 5. Vsesoyuzny-y
nauclino-issledovatellskiy institut udobreniy i agropochvovedeniya
Vsesoyuznoy ordena Lenina Akademii sellskokhoz.nBuk imeni V.I.Lenina
i Institut zemledeliya akademii sell skokhoz.nauk Belorusskoy SSR (for
Kedrov-Zikhman). 6. Institut mikrobiologii Akademii nauk SSSR, Moak"
(for Hishustin). 7. Nauchnyy institut po udobreniyam i insektofungi-
taidam im. Ta.V.Samoylove, Moskva (for Sokolov).
(Soil research)

KATALYMOV, M.Y., otv.red.; KOROLEY, L.I.. red.;_�q~K(~~OTAJ., red.;
TURCHIN, F.T., red.; UNANYANTS, T.P., red.; Da6GOPOLOV, K,I.,
red.; GRIGORTYEVA, A.I., red.; 'R OD, A.I., tekhn.red.
[Manual on mineral fertilizers; theoretical and practical
aspects of their use] Spravochnik po minerallnym udobreniiam;
teoriia i praktika primeneniia. Moskva, Gos.izd-vo sellkhoz.
lit-r7, 1960. 551 P. (MIRA 14:1)
(Fertilizers and manures)

3-U-YU-L-U-VI A. V. aria ZIA-,HiKOiA, A. -L,.
"Psychologische Studien fiber den Mechanismis der Wirking von Sch-lammproze-
duren. "
report submitted for the 7th Intl. Cong. of Moorland Research Frankskavy Lagne/
Franzensbad-Prague, 15-19 Sep 60-

SCKOLOVj A.Y.. doktor sel'skokhoz.nauk. otv.red.; ASKINAZI, D.L.,
otv.red.; SMOBOLISKIY, I.F., kand.sellskokhoz.njuk, otv.red.;
MAR OV, V.Ya., red.izd-va; SIMKINA, Ye.N., tekhn.red.;
GUSIKOVA, O.M., tekhn.red.
(Agrochemical methods of soil research; manual for field and
laboratory investigations] Agrokhimicheskie matody issledovaniia
pochv; rukovodstvo dlia polevykh i laboratornykh isaledovanii.
Izd-3., parer. i dop. Koakva,. 1960. 555 p. [__Xbum of colored
drawings for plant nutrition diagnosis: supplement to K.P.
Magaitakii'a article] ___Allbom tavetnykh risunkov po diagnoutike
pitanlia rastenil. Frilozhenie k Btat'e E.FaMagnit5kogoo 1960o
(HIILA 14:3)
1. Akademiya nauk S=. Pochvennyy institut im. V.V.Dokuchayeva.
(Soil research)