SCIENTIFIC ABSTRACT PROSIN, G. P. - PROSKURA, I. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001343310007-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

A= NRs
AM5027749
Problems of investigating the troposphere by means of refracto-
meters, the mean level of signals, meteorological conditions and
topography, fluctuation of arrival angles and distortions of antennai
directivity patternoslosses in antenna gain, and quick and slow
fadlngs of signal levels are discussed. The statistical character-
istica of the oignalsat diversity reception In time, space, fre-
quency and angle as well as the distortion of signals in the commun-
Ication systems are also investigated. The long-distance propagat-
theory is analyzed, and the engineering method of calculating field
Intensity at long-distance tropospheric propagation Is given. At
present, there in no theory of Long-Distance Tropospheric Propagat-
ion which can be applied effectively enough In practice. Thus, in
the Investigation of that propagation, considerable attention has
to be paid to experiments. The special characteristics of geograph-
1cal conditions of the territory Involved should be taken Into con-
sideration during the analysis of experimental data and In their
practical application because the conditions of propagation In
arctic and tropical climates differ'from those wdsting over seas
and*continents. A considerable part of the monograph deals with
the 1nvestigatioraof long-41stance tropospheric propagation carried
out over dry*land routes, 800 km long, In the central part of the
USSR under the general supervision of B. A. Wodensidy and A* Go-
Arenberg (up'to 1957). Vo 1, Siforow laiiestIgatod probleers- con-
Cmd 2AO

ACC NRs AH5027749
nected vilth diatortiom and fluotuations of signals. Referenoes
follow each chapter*
TABLE OF CONTEWS:
Foreword
Ch. 1. Radio Engineering Kethods of Investigating the Troposphere
Dielectric Constant -- 5
,Bibliography -- 16
ph. n. Results of Troposphere Dielectric Constant keasurements 17
1. Relationship between the mean value of the air refraction Index
and altitude. Standard radio-atmoophere - 17
A. Fluctuations of the air refraction Index- - 24
3. Some notions on the troposphere uod*1 - 43
lAbliography 45
Ch. M. Average (mean) Signal Levels In Long ]DIstame Tgopospheria
Propagation of Ultrashort Waves ( L T. P - V 8 W) - 48

A1,15027749
1. Equipment and measuring methods for the mean signal level 48
2. Signal attenuation function in LTP USW -- 54'
3. Relationship between mean signal level and the distance 57
4- Relationship between mean signal level and the wavelength 63
5# Relationship of moan signal level and -the shadow ang3m, of both
transmitting and receiving antennas --1,.65
6. Diurnal and seasonal variations of mean signal level 72
Bibliography 75
lCh.' IV. Effect of Air Refraction Index at the Earth Surface on the.
Mean Field Level In LTP USW -- 77
lo Correlation of the mean field level with the air refraction
Index at the Earth Surface* -- 7T
2* Possibility of predicting field Intensity variations 81
-Bibliography 86
Ch. V. Fluctuation of Hadlowave Arrival Angles W Instantaneous
Patterns of Antennas Directivitles - W
Is Methods-of measuring radlowave arrival angleo-and recording of
instantaneous antenna directional patterns e9

AM5027749
2. Fluctuation of radlowave arrival angles in horizontal and vertical
planes -- 92
3. Instantaneous antenna directional patterns 92
Bibliography 102
Ch. VI. Louses In Antenna Gain of 17.P USW -- 1.03
1. 1)6termination and methods of measuring losses-in antema gain 10
2. Experimental data on losses in antenna gain -- 108
3. TheoretIcalinvestigations on losses In antenna gain 114*
Bibliography 120
Ch. VII. Theories of Long instance Trapospherlo'Propsgatlon Of
USW- -- 122
1. Introductory remarks 122
B0210graphy
2o Theory of scatterbg radlowaves by tropospberls tubulent
DonhoageneltLes - 130

A14502T749
Bibliography 150
3. Reflection of radlowares from dielectric nobbomageneltles, of
definite d1mensiona - 151
BIbliography 171
4, Reflections of radlowaves from laminated tropospharls, nonhowo-
Seneities of random character - IT2
'Bibliography 179
Ob. VIII. Engineering Method of Doeign-Calculation- of Field Xntensity
Attenuation -- 180
Basic rules of calculation method -- 181
2, Diffraction'horizon ( a distance, beginning of vhIch, the value
Of the field intensity, calculated according to theldiffreation
formulae is smaller than the measured Intensity) 182
Deterodnation of field standard attenuation - 182'
4& Meteorological conditions correction 184.
* Local topography correction - 185
Estimate or losses In antems, gala 185
card SAO

ACC NR&
Al-15027749
7- Estimate of fadings 186
Bibliography -- 188
.M1, IX. Statistical aharacterintles of the Envelops, Phase and Fre-
quency of the Random BIgnal In IJTP USW -- 169
1. Statistical characteristics of atmosphere dieleatrIc constant
signal components in MF -- 189
2. Distribution-lawn for the envelopes and phase of various signal
components -- 193
3. Distribution laws of num-signal envelope
-dimensional distribution functions of Instantaneous value
4-Nulti
oe envelopes and phases of the spaced signals In minute Intervals
207
5. Parameters of multi-dimensional amplitude and phase distribution
functions of spaced signals -- 210
.;6. Statistical characteristics of Instantaneous values of the en-
velopes of spaced signals In minute Intervals -- 222
7, StatistIcal characteristics of Instantaneous values of spaced
sIgnal-phasos In ednute Intervals -- 239
Statistical characteristics of Instantaneous value of phase
first derivatives of spaced signals In minute Intervals - 248

AM5027749
:9. Statistical characteristics of Instantaneous values of the first
derivative of phase In minute Intervals -- 257
B~bllography -- 260
X, Experlmental Investigations of Rapid and Slow IP adIngs In
P SW -- 262
1. Methods of measuring and processing experimental data -- 262
2. One-dimenslonal distribution functions of 21gul Instantaneous
values -- 264
3# One-dimenalonal distribution functions of signal averaged values-.
278
4- Period and frequency In rapid fluctuations of signal onvolope-283
Bibliography -- 287
C4, XI. Experimental Investigation of Signal Statistical Character-
istics at Space, Frequency, Time and Angle Diversity Reception - 288
1z Soace-diversity reception -- 288
2. Frequency-diversity reception -- 295
3. Tim"Iversity reception -- 299
4. Frequency-time diversity reception - 305
AUSIO-diveraltr reception 30T
cmd BAO

ACC NRs AM5027749
Bibliography -- 312
Ch. XII. Investigation of Amplitude-Frequency and Phase-Frequency
Signal Characteristics at LTP -- 314
1. Measuring and processing methods of experimental data 314
2. Amplitude-frequency characteristics -- 321
3. Phase-frequency characteristics of LTP channel - 325
4- Frequency characteristIcs,or signal group,tlue delay 334-
Bibliography -- 350
Ch. IIII. Signal Distortion in LTP USW -- 351
1. Theoretical Investigation of distortions appearing In multi-
channel FM LTP communication systems -- 352
2. Experimental Investigation of dletortlon-In LTP -- 384
3. Distortions appearing during TV transmission over trOPOsVh*rIG
radio links -- 389
Bibliography -- 392
Appendix Automation of Signal Statistical procesming 394
2. Quantification of continuous signals and ooding 395
2, Signal quantification Instruisents -,3ff .

SOV/12-0-59-2-16/5o
AUTHORS: Kilin, S.F., Prosin, G.P., and Rozman, I.M.
TITLE: A Multi-freque*r~ ~e ~uorometer with Double
F*requency-Changing (Mnogochastotnyy fazovyy fluorometr
s dvoynym preobrazovaniyem chastoty)
PERIODICAL; Pribory i tekhnika eksperimenta, 1959~ Nr 2) pp 57-59
(USSR)
ABSTRACT: Much progress has recently been made in fluorometry
directed to fast processes. Sensitivities of 2xlO-11 see
have been attained (Ref 1). which are not accessible with
pulse techniques applied to photomultipliers and
oscilloscopes. Phase fluorometers measure the
fluorescence time which is defined by
OD
tgfp= 3 RW sin t..) t dt/ OS R(t) cos at dt7
where rp is the phase shift between the emitted and
exciting fluxes, (,> is the modulation frequency~ and
R(t) is the fluorescence decay law. In generalg -Vf is
a function of ej i only if the decay is exponential law
Card is'V f independent of frequency and the same as the mean
1-/6 life of the fluorescence -, . The decay law cannot be
established unambiguously by measuring --ef at different

SOV/120-59-2-16/5o
A-Multi-Frequency Phase Fluo:-ometar with Double Frequency-Changing
frequencies (Ref 2)~ but such measurements can be used to
determine whetlieT the decay is Gxponential, and "U-o test
any proposed decay law. Strictly speaking, only
unperturbed mole(-.ules fluoresce exponentially. Quenching
agents cause the de(jay to deviate from exponential
(Refs Bimolecular quen-jhing occurs when the
emission is excited by ionizing radiation with a heavy
ionization density; the decay lwd is then much affected
(Refs 6,7). Sol.ntillaticns excited in this way show an
initial sharp peak, which passes gradually into an
exponential decay. If primary photons play a major part
in the scintillation (Ref 8), the photon cascades these
primaries prod-ace must give a decay curve that shows an
initial rising section. Attempts to establish the decay
curve for anthi~acene have given entirely contradictory
results (Refs 9,10). If the m9dulation frequency is not
too low, i.e. if s:Ln o t (or Cos w t) has time to change
appreciably during the mean decay time, tM7 -t~f is
sensitive to the shape of the decay curve, and the shape
Card 2/6 of the -Vf(w) spect7.-um may be used to indicate roughly
the form of the decay curve. The phasemeter system

SOV120-59-2-16/50
A Multi-Frequency Phase Fluorometer with Double Frequency-Changing
described previously (Ref 11) has been extended by adding
units to perform phase measurements at 8, 127 15 and 20
Me/s. Fig 1 shows the block diagram. The mixer, 1,
receives frequencies f and f2 from a quartz
oscillator and from a ~AS-6 signai generator. A resonant
circuit selects the beat frequency Fl = fl - f2 and feeds
it to an electron-beam modulator. The mixer, 2,
receives the frequency Fl from the photomultiplier
(which detects the fluorescence), and f2 from the GSS-6.
A resonant circuit selects the frequency F2 = Fl+f2 = fl.
Thus the double frequericy-changing enables one
to make phasa measurements at a fixed frequency of
20 Mc/s7 whereas the beam is modulated at frequency Fl.
Now Fl differs greatly from fl and f2 , and so the
various frequencies can be separated very thoroughly by
the filters.. The frequency fl (20 Me/s) is stable
(quartz oscillator), so the main causes of phase drift
are frequency instability in the GSS-6 and instabilities
in the resonant circuits, in the electron beam, and in the
Card 3/6 photomultiplier (an FEU-25). Under the most unfavourable
conditions, with Fl< f-~ (modulation frequency 8 Me/s),
4

SOV/120-59-2-16/50
4
A Multi-Frequency Phase Fluorometer with Double Frequency-Changing
when Af 2/Fj. > Af 2/f 2 the zero drif t is about O..",:P/min.
An 8-positicri sample-holder is used to change the sample
and check the zero reading quickly. Numerous measure-
ments made with the instrument indicate that the root-
mean-square error is about 10. Fig 2 gives some results
for plastic phosphors, (Ref 12). The fluorescent
additives were excited by the light produced in a separate
polystyrene disc OL --- 310 mp.) , which was excited by a
modulated beam of 30 kV electrons. The ilastic phosphors
containing tetraphonylbutadiene. and triphenylpyrazoline
showed no dependence of 'rf on frequencyl within the
experimental error. Calctulations show that T f should
fall uniformly with frequency if the decay consists of
two components, both exponential but with different values
of The anthracene content of 10-2 g/g (Fig 2
curve 3~ gives 4o l = 2.7xlO-9 sec and = l6xlo_~ see.
L _r2
Anthracene in benzene gives.the same value of-T
(Ref 13);-V2 relates to anthracene bound to polystyrenes
(Ref 1LO. The phase difference between the modulated
Card V6 electron beam and the fluorescence has to be measured in
this method; the two signals are of different physical

SOV/120-59-2-16/5o
A Wti-Frequency Phase Fluorometer with Double Frequency-Changing
types. There are severaL ways of making the measurement
(Refs 11, 15). If we use several different frequencies
to measure the phase difference becween two different
values of T , we can draw up enough equations to determine
TI, and t2 , and to eliminate the unknown initial phase of
the electron beam. Measiirements made with several pairs
of phosphors show that it is impossible to get agreement
between the values of -C1 and 'r2 for all combinations of
the frequencies (any two frequencies suffice to give^tJ
and'r2 9 so the number of combinations is 6). Hence ~he
decay laws are not exponential. The results for
polystyrene (which is the basis of the most plastic
phosphors) can be explained if we suppose that some of
the excited molecules interact with one another, i.e.
that bimolecular processes occur. We would get the
reverse dependence of -?C~f on frequency if we were to
assume primary photons present. Some more detailed
aspects of this topic will form the subject of a separate
paper.
This is a complete translation apart from Fig 1.
Card 5/6 There are 2 figures and 15 references, of which

SOV/120-59-2-16/5o
-k Multi-Frequency Phase Fluorometer with Double Frequency-Changing
3 are German, LP are English, 7 are Soviet and 1 is
translated from English.
Fig 2 captions.are: Relation of Vf to modulation
frequency for various phosphors,. 1) tetraphenyl
butadiene in polystyrene, 3xlO-4 / 2) triphenyl-
Card 6/6 pyrazoline in polystyrene, 2xl()-2g(9N; 3) anthracene in
polystyrene, 10-9 g/g.
SUBMITTED: February 13, 1958

.U- 45163-66
,qw
Tj_ ----- -----
ACC NR: AP6027521 (A) SOURCE CODE: UR/0317/66/000/005/0036/0039
AUTHOR.-' Tenen, D., (Colonel); Prosin, N., (Colonel)
ORG: none
TITLE: Training equipment
SOURCE: Tekhnika 1 vooruzheniye, no. 5, 1966, 36-39
TOPIC TAGS: training equipment, logic circuit, military trair~ing
ABSTRACT: A description and specifications are given of a trainer designed for
both group and individual training of military personnel in subjects programmed
beforehand. The trainer is a set of electromechanical and radio engineering logic
circuits providing simultaneous control of the rate at which the material is master-,'
ed. The trainer operates under four regimes: group training with an instructor,
group training without an instructor, group and individual control, and, finally,
individual training. A block diagram, circuits, and an overall view of the device
are given in the original article. [DWI
SUB CODE; 09/ SUBM DATE: none/
Card

ESTLTOVA, Ye.T.; PROSIN, P.I.
Revistor-or-Ilare `=ates ~at ~_
the Omsk Petroleum Refinery. Neftianik 3
no.5:28-29 My 158. - (MIR& 11:9)
1. Starsbiy inzh. ?Sentrallnogo byuro normativov truda, (for Istato-
va) 2. Nachallnik otdela. truda, i zarplaty Omskogo neftepererabaty-
vayushcbego zavoda (for Prosin).
(Omsk--Petroleum refineries) (Wages)

P -,
AUMOEB: Entztarr.., Yee Te., Sm.,41or and. "rwfm PO 1. I-eA O:c the
4.6 he
PargCrZ2.1 end ?eV D-
VMS: TuYmUve 7hvislora of Wwtmeals WWs *&v the. auct RcTinery (05ztv
svmba~noy P10,7 %v2ml-m U& Qwce-cu neft3zer,-,xebvt~y-
PER3XMMOAL: Neft-wralk, 1938, 'e 5s V? 26-129 (MBAI)
AMTRWT: -411ram Owsk raf.'-w.-,y hm tenta.-blvely e4oyted a utm methoe- of rawamm'ting
its U-jr1cmen. 720 snt~zar wtQ-!,.n3 t.'aat tblu IF, L2 111-2a VI-th =Pip-,,Vq
teken in conmectlon with. the pmposad wevisim of wage sceles m2d
of technicall essigmwnt regu-1-ations. Me mw wear- achedult, shown by
the. imthor ia tr,~Dle 1, pzvmldes a seale ccatain-ang 8 c-atesories. As
ccMared -orlth the prevIcras -w-Fge sculA., the re:V,.ac-.--7 --ateo -we:-,- --alsed
on the average '0j 38 Perce-at. 2:e am L-eas Wt the old ones ;Fze
itilicated by t~, a;.tLo-- !-n table 2, Me wqe Iamvems =Ze it possible
to =ecl=3i* Jobs vzd to vidun tha S13-,rpe of voe--mm specia1iZetian,
Me In---P-ative ;:evnrd s~mtwn Ls3 elzo !Senmn x-e-vilsad. Pieca-zete p.,,v ias
beem left unch?aSed for a ca- cv.~~4-Soz-, e, jobs. For sme -Jolvz
Card 1/2

Tentative Revision of Woe-cwul a (Goet.) 92-58-5-206/30
teMorary pierm--mrste scale hez been LAX-Odl-m-ed., TILIAks 11"D Cad JOf.:2t C."M-ets Of
vorkmen,, mawpmit. ead wxgarv--'3oxsL, the orgenlyatiou of -w-oz-k IMrowd and it
bees= possib2-s to f2-oI--UU lZr percent ol the wo"T esslgwd by the plan. Me
coratract-bomas reba scale has been ralvad lay 3f-6 vercent r-rAd It has been docided
that thk hl&~ast- 'boxnns of ai InfUviduml woeuwu uhixM not *=gad 40 yewcant of
his regulAr pV.# Im tablt 3 tl,7,e wxle-wir ohovs the mwmt of montbly :pay :m-.,%AVed
on the beals of :,--Y.4spd a*&jt,t7 operp-to= of VaermaCl cracklug 1xilts, ataos-
pherle-Vemmm pl;e and b7 mcbm-Ltes o:Z difffemut cetagorlex. Me Imt--o-
duer.lon of, the mey ~p,-7 scale lfo:e woAAm:a im-Ased the profte;blvzy of !a - --.
Bowwrer, -",*~A%,e stlu mmerms pi"clUxlo reiAting -'w-o the m-almaratla/. -)f
vorkmr - litch ba-m not, ye'r. Im-em solvad. Mere eav 3 tebles.
ASSOCIALIZOM: r4lone4milup7a LV7=10 nommr.1-MV truez (Omz~;--mw- Alum= OT 1.1bar
I',' mom and
J ecale-ioazz ); OVal t:r4a i a:rr.~I&r.- Qma'ra,30 SZ (Pe- 2a1
Fr-7 D*s.7'.Imaut w7 the Ik-Lqk Raff:La"~-1f;)
1. Ntrolam industx-y--UM 2. Persomel--Campensatida
Card 2/2

ACC NRi AP6.UU5965 SOURCE CODE:
~55 UR/0089/65/019/003/0311/0312
44 V
AUTHOR: Bochvar, I.-A.: Keirim-Markus. I..B.; Moiseye A. A., Prosina. T. I.-
_Lakublk,
ORG: none 51-1
TITLE: Measurement of the background external radiation exposure f the urban
population in the USSR
..SOURCE: -Atomnaya energiya, v. 19, no.. 3. 1965, 311-312
TOPETAGS: radiation dosimeter, gamma irradiation, radioactive contamination, man
ABSTRACT: Preliminary results are presented of the-measuremen t of the background
external exposure of small groups of people from 26 cities in the USSR. The studies
were started in the second half of 1963. Individual dosimeters of the infrared
spectroscopic type using thermoluminese t aluminophosphate glass'-were employed#
..allowing gamma doses from 0.02 to 2 X iZ9 rads to be ine-as5`r"e-(3'.`- -Ten people from
each city wore the dosimeters continually for 167 to 325 days. The drop in
instrument readings during the time of exposure was measured for control dosimeters*
-.A table of results and error limits is given. Analysis of the data showed that
the exposure levels depend largely on the type of rocks and soils in the cities;
attempts to observe a correlation between exposure dose and latitude or height
above sea level-were unsuccesfule Orig. art. has: 1 table*
SUB CODE: ,06-,/ SUBM DATE: OlApr65 ORIG REF: 002 / OTH REF: 004
L Qlrd ~UDC: 539.16.04

BOCHVARP I.A.; KEIRIK.-MMKUS, X.B.; MUISEILII~ A~A,; FROSINA, T.,'~,~
YAKUBIK, V.V.
Measuring the exposure ol trf.,n ~nnablltar,,g 'r, tile U.c.c.p
background radiation. ALom, energ. 19 no-39311-3;2 S 16~.
(KRA 18g9)

ACCESSION NR: AP4034803 S/0293/64/002/002/0304/0306
AUTHOR: Bochvar, 1. A.; Vasil'yeva. A. A.; K&LrLu-Markus, 1, B.;
Prosina, T. I.; Sergeyeva, N. A..; Uspenskiy, Le Me
TITLE: Tissue dome of cosmic radiation received by Vo F, BykovskLy and
.V. V. Tereshkova during tandem orbital flight
SOURCE: Kosmicheskiye issledovanila. y. 2k no, 2, 1944. 304-306
TOPIC TAGS: tandem flight, Vostok 5, Vostok 6, cosmic radiation,
thermal neutrons.
ABSTRACT: Dosimetric readings taken during tandem orbital flights of
the Vostok-5 (Bykovskiy) and the Vostok-6 (Tereshkova) show that the
cosmic radiation dose a absorbed by cosmonauts were 80 i"5 arad and
44 �5 mrad,respectively. Comparison of the above figures with measure-
ments taken during preceeding flights show that the average intensity
of the absorbed.-radiation war, 0.65 mrad x hr-1 or 16 mrad x 24 hr-1.
The estimates of absorbod doses of thermal neutrons were (L�15)-10-4&nd
,(7t15)-10-" rem for the Vostok-5 and the Vostok-6. rjagactively. There-..
for the respective fluxes of thermal neutrons were -16)~105. and
.Card 1/2

'ACCESSION-MR-s. AP4034803
(8 t 16).105,CIF2 while their densities vers 0*2 U and 3 V cm-2-sec-~-
respectively. The radiation levels on the outer skin of the space
capsules vers approximately 2-3 times higher than inside the- space
ships*
ASSOCIATIONs none
SUBMITTEDs 140et63 DATE ACQs- 20May64 ZNCLS 00
PUB CODEt AM NO RSF SM 004, OTHERs 002
Card

BOCHVAR, I.A.; VASILIYEVA, A.A.; KEIRIA-MI'RKUS, I.B.; PROSINA, T.I.;
SYRITSKArA., Z.M.; YAKUBIK, V.V.
Ionizing radiation dosimeters based on measuring the thermolumi-
nescence of aluminum phosphate glasses (IKS dosimeters). Atom.
energ. 15 no-1:48-52 il 163. (ERA 16:8)
(Radiati6n -Do'sage) (Aluminum phosphates)

F-POSRU., ?, -
1,faclid"PrY -40tis tr'
Young r-pachine 'ouilders, Tekh- molod. n~). 1, 19,52.
Monti-ly List OC Russian Acq-e-sslons2 Library or- Congress) Mzrch 1952--

KOTWICA, Stanislaw; PROSINSKI, Antoni; RUCINSKA, Zofia; SULAT, Henryk
Neurological changes in atrophic dematitie of Pick-Berxheiner
(vith a report of 3 cases) Neurologia ate. polska 11 no.1:33-42
Ja-F 161.
1. Z Kliniki Chorob Nervowych AM v Lodzi Kierownik: prof. dr nauk
med. E. Herman.
(AGRODSMUTITIS case reports)
(NE URO LOGICAL MANIFESTATIONS)

-
Economic results of panolux, improved le,~ther. D.153.
PRME-GLM) (Centralne Zar?,--idy PrZem.-TsIa Carbars,-!-~ro, k-7-iwr;iczeg-o 1.
Art/kulow O"Ikormnych) lj:)d-,.
IT01. 10, Do. 7i July 1955.
So. East -17--u-0-lean AccessLons List ol. 5, '111o. 9 Septer*er 19116

pRosiNsm, s.; GIECE7,4ICZ, T.
The influence of moisture upon the yield of products from the destructive distillation
of wood.
P. 15 (Prace) Voll 3, no. 4. 1957, Poznan. Poland
SO: MONTHLY INDEX OF EAST EUROPEAN ACCESSIONS (EEAI) LC, VOL. 7, NO. 1, JAN-1958

PROSINSKI., Stanislaw; CZECHOWSKI, Zdzislaw; LUTOMSKI, Kaziriiierz
Tars and oils obtained in xylite thermolysis as wood
protection agents. Koks 9 no. 1:3(~-33 Ja--F 164.
1. Department of Chemical Technology of Timber, College
of Agriculture, Poznan.

PROSINSKI, P~anislaw; ADANSKI, Zefiryn; SKIBA, Stanislaw
Possibilities of utilizing wood waste in order to obtain
lignin construction material. RGczniki wyz szkols. rol
Poznan. 16: 79-90 163.
1. Department of Chemical Technology of Wood, College
of Agriculture, Poznan.

PRDSINSKII-Staniolaw; CZECHOWSKI, Zdzislaw; HULISZ, Stanislaw
Allyl alcohol occurring in some fractions of distillate
obtained in hardwood pyrolyais. Roczniki wyz szkola rol'
'Poznan 16'* 225-133 163.
1. Department oC Chemical Technology of Wood, College
of Agriculture, Poznan.

4
PROSINSKI Stanislayj CZF.CHCWKI, Zdzis-law;.. HULISZ, Janina; RULISZ Stanislaw
Studio* orv the- pe"MA1itjL-*f - using-certain- pr6duets- obtaiaed in
the thezwlysie of coniferous wood for solubilisation of
naphthalene-in- gaw-pipe" Koke-7 ne.6-.242-243 N4- 162-.
1. Katedra Chemicznej Technologii Drewnaj, Wyzoza Szkola Rolnicza,
pompAn, i Fabryka Rozlcladowej Destylacjji Drewnaj. Gryfino.

rr~-- V
4 LQ
1
POLMD/Chemical Technology - Chemical Products and Theiir
Application. Wood Chemistr_y Products. Hydrolysis
I
Industry.
Abs Jour Ref Zhur - Xhimiya, No 1, 1958, 2657
Author Prosinski Stanislaw, Giecewicz Tadeusz
Inst Institute of Wood Technology
1-9
Title Effect of Moisture Content of Wood on the Yield of Products
of Thermal Decomposition
Orig Pub Prace Inst. technol. dvewna, 1957, 3, N~ 4, 15-33
1,
Abstract With increasing moisture content of the wood an increase
takes place in the yield,of aqueous distillate, and to a
lesser extent in that of acids, CH-OR and cbArcoal.
Increased moisture content has a Ntrimental effect on the
yield of uncondensable gases and tar. It is shown that op-
timal moisture content of vood that is subjected to distil-
lation Is 1-2-18%.
Card 1/1

PROSINSKI, Stanislaw; PRZYBYLAK, Antoni
From reseirch works on the extract obWned from stinm wocd
of the grdl6n Scotch pine (Finus Silvestris L.) Pt. 1:.
Attempts to obtain fraction of resin acids. Sylvan 106 no.3-
1-9 162.
1. Zaklad ChemiczneJ Technologii Drewna Insty-tutu Technologii
Drawna i Katedra Chemiczna Technologii Drewna, Wyzsza Szkola
Rolnicza, Poznan.

POLI.ND/Chor.Acal Technology. Chemical Products H-4
and Their Ipplicatiorn..Corrosion. Cor-
rosion Control.
Abs Jour :Rof Zhur-Khimiya, No 72 19597 23734
imthor :Prosinski2-.S9 Giocowiezovia, P.
Inst Z
Title :Investigation of Corrosive ILction of Pro-
ducts Dorived fron, tho Destructive Distil-
lation of Wood on Certain Metals.
Orig Pub :Pracc Inst, tochnol, drowna, 1953, 4, No 2,
46-58
Lbstract tCorrosion resistances of Cu) of acid-rosi-
stant stool and of 98 percent purity la
with respect to raw liquor to extract (4.6
porcont CH3COOH), black acid (57 percent
Card S 1/4
1H _11R

POLIJID/Choraical Technology. Chorjic,,.l P-roducts H-4
and Their L-pplications. Corrosion. Cor-
rosion Control.
Ii.bs Jour Ro-f Zhur-Khimiya, No 7, 19599 23734
CH COOH), to waste vaters (3-4 percent
C2COOH) and to gaseous modia was invosti-
ga;ed. The obtained results indicate that:
1) 1,1 possesses the greatest stability to
black acid under operating, conditions of
the equipment involved (the decrease in
weight in the liquid phase - 1.6 percent,
and of the gaseous phase - 0,8 percent);
Cu is the next (decrease in weight whon in
the liquid phase - 1.1 percent, whon in the
gaseous phase - 12.5 percent); the acid-resi-
stant stool is unstable under the above con-
ditions. 2) In the raw liquor the most stable
Card 1 2/4

POLIM/Chomical TochnologY. Chanijeal Products H-+
and Their 1,.pplications. Corrosion. Cor-
rosion Control.
;,bs Jour Rof Zhur-laiiniya~ No 7, 1959, 23734
material is the acid resistant stool
(decrease in veight when in the vapor
phase was not detected); tho least rosi-
stant is Id. 3) In the waste viater the
acid resistant stool is tho i-iost stable
material (the docroase in weight, whon in
the liquid phase is 0.0 percent, in tho va-
or phase it is 3.3 parcent); Cu is the next
the decreases in might are 0.0 percent and
f
3,2 percent in liquid and vapor phases respoc-
tively), The resistance of I'd is loss than
those o--:-' steel and coger. 4) Is for the ex-
tract (oxperiment of 00 hour duration),, the
Card 3/4
M-/_7

POLUTD/Chonical TochnologY. Ohomica-I Products H-4
and Thoir J~ppljcatjons. Corrosion, Cor-
rosion Control.
I,bs Jour : Rof Zhur-Khiriiya, No 7, 19592 23734
acid-resistant stool is stable in either
liquid or vapor phases. The decrease in
the waight of Cu is 4.5 porcont. -- F.
Slomyanskaya
Card s 4/4

1. _Wxj&k1 S, Glevewlc2owa P. Varra-dail nf Caffth, St-Ifflik by Pro-
due-&-of Destructive Wood Distillation.
jj3adanfa. nod korozjq nfal(Mrych met2U przez prbduldy ro*1a,
dowe Oolityllmll drowna", (Pr.-We Inst. TvChnob Drowns. NO. 2). PM_
Mill, - 1958, PWN, 13 Fv., - 9 figs.,
Anvestigatiorys -were undertaken to study the effect of certain r'.
dedvatives of destructive wood-distillatlon on certain metals, and to
ascerWa which metals are most aultAble fat manufacture of parts .
of induAdal apparatuo-An examinatkm was made of the effed on i
M)yPollsh 3 9 'Y' e1. and 1
Yolish; made,: copper It (MR), acid-4csistant ate
altninlurn (Obs/e of pure Al'con
tmt) of the 511pu4ne Products: 4) raw,
MIXt4re; 2)-extraiot (4.601s of Anegarlsold content, 3) bdaKk acid (57th
of, vinegar acid - oondent); 4) waste Hquors (0.41/s. of Yinegair acid
content). Tests were emled out under oundittona resembUns ~ thwe
In industry.. TI* investsgat5ons resulted In the folkwkw order ot
Killabillty, of the three metals 1or , al;Vavatue . Intended to "be kvpt in
contact wM ble& aeW, 'akurAnLum average J* 16 welight of
ARMPMs after - 140 hours, lkpod elate, JAP/a wW vidlatile state 00/4;
copper - oorr4xad* Am in %might 1.104 12.50h; iteei acid
1-fesistant- lowest rwistance to biack add, average loss -in wolight,
forpectivily 45.64/*' mud .70.30/s. Steel zha%~Vd, on the: -other hand,
relatively good resistance to raw n7lxture (loss In weight of sarroples
'liter 140 h
least
ours :was 0.01/9 for liquid and volatile state alike),

I . . I ~ v
. ~;.
2~:, J..
- . .1 .'s ,;
t -~ I.-

PFDS1?4SKI, Stanislaw; CZECHOWSKI, Zdzislaw
Separation of prrocatechin from the phenol fraction of leaf wood
tar by means of butyl acetate. Koks smola gaz 6 no.6:215-218 161.
1. Wyzsza Szkola Rolnicza w Posnaniup Katedra Chemicznej Techno-
logii Drowna,

t1~qq:TS.U., Stanislaw; CICHOWICZ, Zofia; PAPRZY(;YI, Oswald
Surface treatment of porous fiberboard to protect it
from moisture. Roczniki wyz szkola rol Poznan 16:101-
123 163.
1. Department of Chemical Technology of Wood, College
of Agriculture, Poznan.

IP~RO~ ~Sta~n~islaw; ADMISKI, 7efiryn; 3ABICY!, Ryszard;
GRZECZM%kr,,Tadeusz
Chemical composition and some physical and mechanical
properties of poplar wood from a plantation irrigated by
town sewage. Roczniki wyz szkola rol Poznan 16:91-100
163.
1. Department of Chemical Technology of Wood, College
of Agriculture, Poznan.

M
PROSINSKI Stanislaw- ADAMSKI Zefiryn
74--'
Studies on beechi~ood dJgestion in hydrotropic solutions.
Roczniki wyz szkola rol Poznan 16, 67-77 163.
1. Department of Chemical Technology of Wood, College
of Agriculture, Poznan.

PROSINSKI., Stanislaw; SURMINSKI, Janusz; IIAUFA, Barbara
Chemical composition of narrow-leaved reed (Typha anFustifolia)
and experiments in obtaining cellulose pulp from it. Roc-
zniki wyz szkola rol Poznan 16: 135-139 163.
1. Department of Chemical Technology of Wood, College
of Agriculture, Poznan.

,lasycanic ~re~ma sosnowf,,,-,,o roztworem fluor!m- sodu.
Poznan ffanstwove 1-1-Mamm. Tiaukow-e71959- 56 p. Foland.
(Poznanslde Towarz two Przyjaciol Nautc. Koridzja Nauk Rolniczycb i Lesnych.
Prace, t.6, zesz. 2r
Monthly list of East European Accessions (EEAI) W, Vol. 0, 1,To. 2, 'rob. 1960
Uncl.

PROSINSKI, St.; BABICKIO R.
On a now method of cellulose determination by using diluted
solutions of nitrogen and sodium hydroxide. Sylvan 104
no.1:95-99 Ja 160.
1. Zaklad Chemicznej Technologii Drewna, Instytut Technologii
Drewna, Warszawa.
J ~ ;
, 'r.

?"100101116011AC SM hGO TfAWMft 040COA16 W. Gruber
&8d G. PVC1111110 (Vtl1iV., Vkl=). M6111481i. $1, M7-42
(19mr--Twe-filuipact Tfavatirs odm4w. which growla an old
OR of Sm and pines, was dri"t In air. pullrcriatist In a
mA. wd 7150s. Natal. with FtjOfor 14 clays, then with EtOH
id " min. Tk 91011 frairskin (2.5 11.) containitil only
tansair will aW. phlobalplaime. The 5 g. amorplailms white
Powdrs from the FlrO esta., repeatedly crystd. firtint MeOll
wkb an" arlismii). Naive not mew. trassarlovaifir aid (1),
ralluslarm Wily netillea. ill. jalts 47,27' (McOli).
stabilson with(jut clet-timprit. at bow the Comlin.
CoILACla (- CH.). land contallts a C
"Olli awl a wCondary
fiffoup. I with Cl I'N" gives the 31ar ester (U), an.
1e 114.79" (CHCla). wbL-h, heated 10 lars. with 5% KOII,
Sava 1. 1 with AcO wW pyridine (2:1) gavv amyltra-
failetessofic arial. M. Ma-11". aspand. to 1. Acrtylation o(
11 am Me aMyl9mmetenolate. m. 104-45*. aspood. to 1.
U kft wkb 1. 1 mats. chromic seW in cbromik-seld stabilized
AaM. and the dects creen sold. esid. with EhO. dfW. Bad
tiatr"M. fmals locia-boiling benzint with AlA, gave Me
&Gnobsomoae to. l(k%-7* (o2isw. tn. 178-0"). wbkb with
104,'o KOH in H20 gave graclaidesiolaic craid. m. a*-G*. [Akv
the trkaparat derivs., U splits off HjO, probably with eon-
trawtim diff dw rins. when shaken 12 lan. with F" in do.
petr. ethw. dild. with RW. wished with KOH and HO.
da . selsorbect an AI.O.. &M washed with pefir. etber.
Stwift a compid. na. IZ?.-4*, jejo 62.07' (CHCN). I
1110, ill 21'.. at IN)* culd 70) 111111. 1.7 11
~:.Njvr Is Ilpfilli(I'llA1.1 I'll-lift'l,,.'vilm'. 111,16 at-
plewlice Ill adi"1111C ".0.1
0 Mt in,.. It nitio br A trilrflw"t
1hativelle frsidues will, 3
.*)t cl,rreAlmind with silly known hy(litilytriterlwilic
but doe% n
Callboxylic Swids.
-

Tnumosmamm. U. C
amboll. W. caubw mad G,
(us v!V
10"100). toe -000*
*1 ZINVI
cc. adw peow.0:41t AKA4 (w
ke Water add. ve a AW CUM)-
C1011 VVIN, lwmr: a. 0 181V
"Ar v
MZA~
W I -
.dwid With IV Amid W-1 vpM AMh.-
tramwteuw. R(:CHOH)ue- ~ 0. Ilwye. Is, 9140
I .
(CIIC16); amisdo. w. 184
b dw
r%wat &; M. &md IW losiveavooloct -.130-2;Joll?
00.3. 'WD us.) od&W wM CrOs b ALIOR the
peadve ~ booted I br. with Lbeg. NNOMJWin 40ce. (CHr
OWS. 4wo . Ne Wed, and dw ado. hosted 3 Ift. at SM'
save 35% A sm, W7. Abe M wM CrOm
gave bo=d"wmok. (it. m. IW7',
oxim, m. 1764% fror A. so. an-fe.
mdood with
H. m. 22541TV wM& with CIH6?4 ~Bve tow Afe eaw
(VIU).=.W refused with IV save IL m. Sll~-7%
jowt R. Austin

d"91
Tisonst"ic sad Ill. Mlealum debyllmdom. AV
(;rulm-( and G. 11ftKke (Uldv. Vioull's). Mamlith, IU,
2,*;) SMAI); ),
in, heateil 30 hirs. at :jA)-Xjo* with 1.5 tim" ill,
quantity of red Se g4ve off IIA) and a InlAll AM. Of VOIJ111-
oil which formed no pkrAte cw ityphriAte. The re~uluv,
i xld. with Et-0 3nd CsIl.. xAvv 1) a. of a thick 4ark bro-v,
'Ml Which was distd. very slowly at 0.1114"I'mr. HeIrm J-~)'.
'"Y -nmll amts. of mAterials fonsking pic-rates m. ILS W
"1 100 were oblaiunl. The W-I l(l* firmlion purifitit % ea
the picratc. give l,2.S,6-tdF4mrlhy1nap1jlhukxe, colorb-
llet'llIcs. in. 11)7-9* (pirrale. orminge-reil needle,, in. 14h
5W; CJ1j(.YO2,i compd.. gold-yellow umilt-s. m 167-7(jO ,
which g4ve the aur-acteristic yellow changing to bmwit.
then to blue oil heating with Ifl-SO&. The 110-1.300 frAe.
timi, purified via the picrute. gave l,2,7.S-Jr1r4mrlAY1phrm-
-axlArrxe (1). C,jfIj,. cokxlem shining smdr-40 in. I;x4-9*;
purnte, red umAlri. m. it jokmale, gtgd-velltm
lit"lles. in. Ult,"" : C.11,(,%.003 rpow. yellow ISM11,3, Ill
:AW? 0' (Ungiri, ' al.. CA, 44, IWO. I in glacial A,4)11
Willa l-'rf). gAVV the 'Julff.ff" in. -1m)-1 " hich. hr~atg-l b)
H.M. With o-CJIfNlf,h in glarial Aa4)lI ove the quim,ro
Imo, J~erip, in, 115 W. Traintlenalie j. id imi,t lbri,bw-
miitain a phenAntlimir. gnmillills. jamel E". Aumiii

Trassisle"it"14. IL Cooversionle the parent by&
carba. W.Ckub" And Uslsuslie (Univ. Vienna I - Alon-
u1sh. It. 10244K 19,W); of. C.A. 45. 197flit.-Tratnetenaler
ACk1.R(-C11Ol1)CO,ll(k - C.11. ~Cll'xl)' was convell"I
nistate (1111 (4.1 a.) ju;~N) cc. Atm. eth" dTvjnw-J A,vily int.,
re. orther vtositS. 0.3 1. AlLill. (IV I. lusiled. jot~uml i"t'.
ice water. aL-idilied. and extit. gave 3.2 X. did. R(:CllO1D.
ClIfOll M in. 19D-2UD*: diacrkk. ru. 10."'. 1.1j:
"3.10- (Cilb.). V with P-Mcc.11-Soicl in C.11'N ga-
the Wwwasifonale which cooild not be purified but waste-
Anced with IV and chrocnat.-Sraplictl with AtA. giving
anic(clu'l, R(:C1(01l)j'fe (VI), In. 146-7'. (.1j., 611.4o,
(T11CL); acdak. ui. 134-15". V1 treated with Kit in the
sante way as M, lost 11#0 to gives proiJuct tit VW2',1-11,
69.5'. V1 (400 tog.) oxidized with CrO, in AcOl ( and the
product heated I hr. with I.Scc. NlIjOll.11i0in 40cc. (Cllr
,Oilt. 40WL~g.Na added,and the mixt. heated 3 loss. at 21MV
:4Vc M'% U. M. &5-7% (.1if 05.75 .. Ahou. Ill with CrO,
Aye Mr traosoilemortak. R(CO)CO.Sle (VU), tit. Wry 7';
-rime. in. 17&-0*; fret acid, in. ZM-G'. V11 "isced with
XftsOil and.Va assbove atid. R(.,Cff,)CO-
11. in. 225-4' (?%). which with Clio%*, gave the Me ester
(VIU). in. 93-3 . VM reduml with IV gave 11, tit. M-7*,
juiard in.p. wilb Hubtaiardalsovor. &,-7*.
lAnct F. Austin

PWUCGMPbk IS
P=
G. H. Kautscksik a am 1.
C*WZ#W. (Rumsbus Zone Rd.) 1%9, 1.
lum-littfilix a O.&g. ample 30 min, with, pyridint, 31)
min. more with fresh pyridine, filter, make up to IM cc..
dil. 2-10 cc. of this soln. (depending on the amt. of S
prelfut) to 10 cc. with pyridine. mix with 3 cc. of a soln.
contg. 12.5 g. ArOll. 277.2 g. AcO.'N;s. too cc. 2% tylow
solo., alml SM cc. water, and (let. the S content PDIAr~
Xrophically. Either acetoor or pyvWinc can be u~l as
solvent W Ilds delu. However. [be stnk. 0 twesem in
acetone Vt obably rmix with the 8 and thus iutroqtum an
error which is avoided when pyridint is used. St. G. M.

ABLOV, A.V.; .cs-rlI
o4, cor~:In- Vllur. neorg.
6-:8-635 165.
Ll

30401
1,0190
S/058/61/000/009/013/050
A001/A101
AUTHORS: Ablov, A.V., Proskina, N.N.
Triix, Light absorption by polymer compounds
PMUODICAL: Referativnyy zhurnal. Fizika, no. 9, 1961, 90, abstract 9V108 ("Uch.
zap. Kishinevsk, un-t", 196o, v.-56, 17 - 2.3)
T M The authors studied absorption spectra In the visible-ind ultravio-
let.ranges of.spectrum by coordination polymers of the following composition
CQ(NH~) (NO (I) and Cc en .(NH,3-) (NO (11 They show that in All cases
3' 2)
studied the fu2 additivitk-of absorption o? colored.ions is preserved. Absorp-
tion spectra of,pelymer compounds'of both composition (1) and (II) differ'from
each other. Cobaltic hexanitrite saltlions ("geksanitrokobalti4t,ion"3 are very
unstable in aqueous solutions, especially at pH-values 7 6.
[Abstracter's note: Complete translation]
Card 1/1

ABIM, A.V,; PROSKINA, N.N.; GHA I'll R INA , L.F.
........
Infrared aboorption spectra of the products of the add-itioi,
of aromatic amines to cobalt, zinc, and cadmium halides.
Zhur. neorg. khim. 30 no.6:1350-1354 Je t65,
(11-IrRA 18-6)
1. Inatitut kh1r.1i AN 114oldavokoy ISSR.

ABLOV, A.V.; PROSKINA, N.N.; SHAMMIKlY, V.N.
Infrared absorpt-iori spectra of t-rans-,,-.hyrlrGxy-.'z'_nes ,-4'
trivalent roLvAlt with sulfanf2amides. I"hur. neor-,
- f.- 11-n.
10 iio.6:1355-1359 Jfj 165. (NUl"A IS: 6)
1. Institut kh-imii ANI l4oldavokay SSIHI.

YO,. I -
72417- PFOSYORYAKOV, YEE. 1. Materialy k flore TurkneniEtann Izvectiya Tur~=.
~ilialp- Ak-ad. nauk SSSP, 19~9, Ro. 1,.s. 28-32.
501. Letople' Zhurnaliny" St,-tey, Vol. 44

ALDCDZHLNOV, R-A.,- ~BRONSHTZU, TS.G.; QUIUMMOYS Ye.I., professor,
cloktor biologicheskikh nauk, otvetstT"enn-Y-Y-1qMktor; ZHURAVLIV, B.S.
redaktor isdatellstva; SHIMIKOV, A.T., tekhnicheskiy redaktor
[invertebrates of Zeravshan Valley; a systematic catalog of species
with an indication of the beneficial and injurious forms] Bespozvo-
nochnye shivotnye 29ravehanskoi doltay; sintematicheskii perechen'
vidov a ukazaniem poleznykh i vrednykh form. Tashkent. Izd-vo
Akademii nauk UzSSR. 1956. 348 p. (MIPA, 9:10)
(Zeravehan Valley--lavertabrates)

PROSKORVXOV. Ye.I.; DZHLLLLOV, A.S.
Biology of one of the Central Asiatic tulips. Trudy Bot.sada AN Uz.
SM no.5:127-132 '56. (KLRL 10:2)
(Samarkand Province-Tulips)

T_
~77_
AID Nr. -9821-11. 4 Jtule
DIFFUSION TITANIUM IN NIOBIUM (USSR)
OF SILICON AND
Arzhanyy, P. M. ,R. M. Volkova, and D. A. Proskoshkin. -IN: Aka~demiya
nauk SSSR~Institut metallurgii no. 11, 19620
003/019
S1509162106010111
4
and composition
Solid s~a4-e diffusion.of S1 and Ti.in Nb, primarily structure
of. the'phases formed in,the process of diffusion,have been studied. Specimens
of n1obium, contedning 98. 9% Nbf 0. 41o Ta, 0. 151a Pb,.O. 137o Fe, 0. 0816 N,
.0. 0 916 0, 6~ 0156 Sij 0. 141o Cand 10-5 Jo B,were impregnated with silicon and..
tit 8000C.
tanium: at temperatures of, 900* to I -it was found that the diffusion
layer forme& at 9000to 1100*C of a.single phase, a solid solution o
consists
titanium in NbSi 2, This phase has the same hexagonal la7t ti c-e 'as NbSi 2
but with parameters e lz~ 4. 779 and a ~:v 6. 493 kX#- its. microhardness is
1200 kg/mm2. ~]Below this layer, Iat 1200*C aInd 1300*C, a seco.nd, diffusion
~.j layer. 5 to 6ji thick is formed which contains .82% Nb. Its structure could
Card 1/2

_-11 4 itme
UD 98P
DIFFUSION OF SILICON (Coat 1d]
SJW6;2100010.1210031019
-:not be determined. The total thickness of -the diffusio laye' s depends on the
n r
':te uIr
mPerat e and -duration of impregnation; e.g., in an impregnation lasting
6 hrs it varies,between 21,R at 900*. and 21O.g at 1300*C. Titanium accelerates
the diffusion ~o f silicon in -Nb., - Oxidation tests at 1000, 1100, U50, and 1200'C
showed that for the first 20 to 100 hrs (depending On temperature) the oxida-
tion foUows.a logarithmic rate. The oxidized surface. is smooth. -After 75
:to 80 hrs at 1100*C or 18 to.20 hrs at 12000C the oxidation rate increases
sharply and the o3dde layer turns- spongy. However, no o3dde peeling or
tib20.5 emergence on the. surface was observed. . Generally, SI-Ti diffusion
coat
on Nb.was found to h ve almost 501o high 6r -oxidation resistance'than
QL
Si coati g,. The oxide film was fo, 0 -phase. -- Fb205 with
n und to consist f a
:lattice parameters a- 21. 38, b =1 3. 79, and c = 20.12 kX and an a-phase
;3i02 with parameters. a - 5. 02 and, a: a 8. 22 kX. ~ The surface of the film
consi s-ts of rutile and a S ation wa's found to
i02. The activation energy, of.oxid
'be 3600 kcal/mol.,' [NDI
car& 2/2

-FROSKOUMMIA) N. F.
"Sur les alcaloides de Salsola hichteri. III. Sur 1e salsoline, possedant une activite
optique et sur l1elimination de deux alcaloides nouveau;x.11 11roskournina, N. F. e-6 Ore,.-.how,,
A. P. (p. 1999)
SO: Journal of General Chemistry (Zhurnal Obshchei Khimii). 1937, Volume 7, No. 14.

NINA, N. F.
"Recherches dans le domalne du garmine et du garmaline. Communication IP.
Konowalowa, R~ A., Proskourning-, N, F. et-Orekhow, A. P. (P. 1256) -
SO: LmmyAl of Gener4l Chnistry (Zhurnal Ob3hchei Khimli) 1936, Vol. 6, No. 9

pRoSKOV, S. M., MIKIREV, A. Ye.
."Serpencular Solar Streams with Force Free Magnetic Fields"
Soviet'Fapers Presented at Plenary Meetings of Committee on Space Research
(COSPAR) and Third International Space Sumposium, Washington, D. C.,
23 Apr - 9 may 6p-

GOCHkKOV9 B.G.;,.,MOSKOVSKIY, A.M.,;.-SHMOIAGIY, Yu.V.; 14AUER, A.A.
High-frequency wave trap filters with 50 to 330 kc. attenuation
band. Energ. i elektrotekh. prom. no.1:20-22 162. (MA 15:6)
1. Krymenergo.
(Electric filters)
(Electric power distribution-Communication systems)

AT SIT W f~-%# ca F w n
PU
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At
Ogg i
go,
0
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OO= Tel
oo=
00
to. 00
a
go
44 dad 'f-frol" PW!,7 c1
"2m MWA
so
0- X-ty" ~x 1 00
go
'N, d- 11,
4 sin as 13 0 w I-A- r-1 AA I -I v 11 1 4 1 r-T- a -I I f
03 r," ff &, 04 it "
a se q K ai Istillels it $life
OaS 0 0 0 0 O'sl'o 9 0 0 00 0 0 0 0 0 0 0 0 0 0 0
w v v 1, 0-0 0 q 0 * 0 0 0

0 6 & * o * 0 0 o * 0 e * a
u 33 is n IW A Sp a M 41 a a
0 if r -0 A t 0 P9 a V#
1W)IIanlIT13. VIS's
;~w po tone aip
)I (si 1) A Y-f-r-VA W I f V J' U-0 'w 7 w
t., "1 1! if r-tr �r it Is if $I (I it gi 11 gs 14 AI 10 f
0 o 0 0 a 0 0 0 0

0 IF ;v M;A gild .5 javas A A it w umamumpocou 41 It it Ev
%W "d
A AtWAG"u. --, "n),
F.* kiiatiVittes the beat &.w Lnd h~.t k-.% (or ~"s
pMw of wwr mesa. mM 11" cach app. in tbc plant LruJ
indket" him the arain eva%licuitt-ts ton 1w ItIMICIMI'd
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GOLIDMAN, A.G.- PROSKUIU, A.I.; LYSENKO, S.F.
7
Excitation spectra of the Gudden-Pohl effect in luminophors based
on copper-activated zinc sulfide. Opt. i spektr. 18 no.5.894-896
My 165. (MIRA 3.8.-10)

!TOPIC TAGS: emission spectrum, zinc compound optic material, optic
Ely, phosphorescence, luminescence, photoconductivity
activil
-is a continuation of earlier work (DAN SSSR v. 149
AB8TRACT: This
-.-,,1419,, 1-9.63 and v. 150, 519, 1963), in which the emission spectra of
f',P- 4 - M q-n nhncxnhe-.-r wqR rm-nmirpti. To m- a s -

L. 64497-65,
4ACCESSION IR: AP5012 23,
tiowof-the.-activdtion center
s by:short,~-wave.Allumlnatlon but also
A:- stable internjil -elebtrio~ a
eld Pesulting trom the superPosition of
an external field on the nhnsnhnr in thp r%rnc3--^-

WOMMOR
R 711-P w P, IN I&I ~ WE ED i-MAN
L064497 -65
t -012 23
,and the -Guddewwfthl_ f lash emission centeraboincide in the same
phosphor as-long as there is not prot-ective field to create special
!
I Qudden-Pohl centers. tVIe th"t N. N. Kalibap~c
conditions for ~buleff_ or
. 1. - - -.-- - -.-- ---I r C1 _0 &I-

GOLIDMAN, A.G.p akadendk;. HMNMA_A.I.
Determining the spect.ral composition of the Gudden-Pbhl flash
in zinc-milfide luninophors. Dokl.Aff SSSR 149 noo3:567-570
Mr 163, OMIRA 16:4)
1. Institut fiziki AN UkrGSR. 2. AN Ukz6SR (for GoIldman).
(Zinc sulfid"pectra)

GOLIDMAN., A.Grp [Golldman O.H.]; DUDNIK, V.P. [Dudny4IV.P.]; PROSKJRA, A.I
(Proskura_, 0.1.1
Frequency characteristics of the brightnesE; of electrolumi-
neacent cells with zinc-sulfide powder electroluminophors.
Mcrofiw.zhur. 6..no.6:7%7~764 F-D '961. (MM 16:5)
1e Institut fiziki All UkrsSSR) Kiyev.
(Imineseent substancel)

L -11938-& EWT(1)/An('1')/EWP(t)/EWP(b) UP(c). JD-
_'ACC NR, -AP6001649 7.SCMCE C0Mt.-:".1M/CM)51jffi3/q19/ /0 30
_906/0943 9
1, *V'5~5 39
AUTHOR: Golidmang AeGe 1Proskura, A* 1, LY t*6" S.1p.
se
ORGi non*
TITLEs Three types of,Gudden-Pohl effect and th e pho phorescence of copper-
activa.ted zinc sulfide
SOURCRv b~tlkaj spektroakopiya, v. 19, no. 6, 1965, 943-950
TOPIC TAG.S:_ zinc-sullfide, phosphorescence, luminescent center
ABSTp he authors consider a characteristic property of the Gudden-pohl
ef f ectfflwl which consists in the conservation for an extended period of time
in the solid dielectric of a certain portion of the absorbed light energy in
the form of-iohized.luminescence centers and electronsq with their radiation
recombination controlled by the electrical field. The mechanism of GPE center
excitation is consideredg and three types of GPE aredescribed. The possible
interaction of these types is analyzed. The paper,deals primarily with a study
of.the physical nature and laws of the 2nd and 3rd types of GPE, with partic-
ular attention given the derivation~of the 3rd type and itscontrol. The 2nd
type., is the effect arising as the result of the preliminary combined effect
of shortwave radiation and the internal electric field; the 3rd type is the
112 UDCt 535,373
Card J,

L 11938-M
ACC NRt AP60.01649
effect.obtained as the result of new excitation arising without new radiation.
The excit-ed luminescence centers of the GPEI in coppe tivated zinc sulfide
luminescent materials are regarded as phosphore-sdqMde?=rs protected by
local fields against recombination. The characteristics of the 2nd and 3rd
types of GPR are defined and methods of con-trolling these processes are devise4
Orig. article hast 2 tables and 6 figures,
SUR.CODffv 20,, 11 SUBM DAM 06Ju164 OTH RRFs 003

SWMNKG-SMIN, Leonid Aleksandrovich; LISMSKIT, Nikolay Longinovich;
SUARTS. Viktor Alakeandrovich; KORZH, Petr Ivanovich;_PRO.SKURA,
G F kademik, rateenzent (deceased]; TKMOT, T.N., d~-tm--ni~---
'~-~nd.tskhn.nauk, retsenzent; SMCKA. K.S., red.
[Atlas of drawings and diagrams of gas turbine units] Atlas
konstruktaii i ekhem gazoturbinnykh ustanovok. Pod obahchei red.
L.A.Shabenko-Shubins. Koskva. Goo.nauchno-takhn.izd-vo =Bhino-
stroit.lit-ry, 1960. 183 -p. WRA 14:1)
1. Chlen-korrespondent AN USM (for Mmbenko-Mmbin). 2. AN U=
(for Proskura).
(Oas turbines-Design)

34431
S/185/61/006/006/008/030
2V,3~;_00 (IIY71t13~) D299/D304
AUTHORS: Holldman, O.H., Dudnyk, V.P., and Proskurap 0.1.
TITLE: On frequency characteristics of the brightness of
electrolumineseent cells with zinc-sulfide phosphors
PERIODICAL: Ukrayinslkyy fizychnyy zhurnalg vo 6, noo 6, -1961,
761 - 763
TEXT: The frequency characteristic of an electroluminescent cell
with a ZnS phosphor is mainly determined by its capacitance being
almost linear (in case of a constant voltage)9 viz. i = 24-rfVC. The
frequency characteristic of the brightness B of a cell is approxi-
mately given by the formula B = afk, where a and k are constants
(0-C k -c 1). If a resistor is connected in series with the cell, a
maid mum appears on the frequency characteristic at a frequency that
is lowerg the greater the ballast resistance; the brightness decrea-
~es fast with frequencies higher than that corresponding to maximu-in
brightness. Insertion of a capacitance in parallel with the ballast
resistorg leads to a certain linearization of the characteristic.
Card 1/2

S/185/61/006/006/008/030
On frequency characteristics of D299/D304
Thereby it is possible to regulate the capacitance (in a certain
interval), so that the brightness becomes practically independent
of the frequency. It is expedient to form a resonance circuit, Icy
inserting an inductance. This has the following advantages: a) The
voltage at the cell is increased (three- to tenfold) as compared to
the source voltage; b) The brightness is greatly increased (a hun-
dredfold); c) The current source is more efficiently used; d) The
electroluminescence yield is higher. The frequency characteristics
of electroluminescent elements reflect also the peculiarities of
the electrolliminescence mechanism,, Thus, if dissimilar luminescent
centers are present (ZnS-Cu, Ifin), the frequency characteristics un-
der similar electrical conditions, but in different spectral reg-
ions~ have different exponents k. The frequency characteristics for
the variable luminescence-component and for its constant component
are in a different ratio, depending on the luminescence relaxation
process. There are 4 figures,
ASSOCIATION:. Instytut fizyky AS UkrRSR (Institute of Physics of the
AS UkrSSR, Kyyiv).,[Ab3tractor's note: Essentially com-
Card 2/2 plete translation]

.--EQQQKM
GOLIDMAN, A.G.J. akademil Oa"'J~ Ao I.
On the nature of Gudden-Fohlls effect.. Dokl. AN SSSR 150
no.3.*519-522 My 163. (MIRA 16:6)
1. Institut fiziki AN UkrSSR. 2. AN UkrSSR (for Golldman).
(Phosphors-Spectra)

PROSKMO,
Second number of the OTMW of the Geological Institute of
the %j1k Acad~Mt -of Sciencie, IsY.Otd.est.nauk AN TM2h.SSR
no.2:113-115 158. OaRk 13:4)
1. Tadshikokly gosudaretvenzWy universitate

MAKEYENKOp M.M.j FROSKURIN, LEYDERMAN, G.I.; SOLNTSEVA, Z.V.;
NOVANP - , V.T.; TSULIMOVp A., red.;
POLEVAYA# Ye.9 tekhn.red.
[Moldavian Economic Administrative Region] Moldavskii ekonomicbeskii
administrativnyi raion. Kishinev, Gos.izd-vo PKartia Moldoveniaske,w
1961. 168 p. (MIRA 34:6)
(Moldavia-Economic conditions)

PROSKURINA, Z,N.
Liquation of spheroidal graphite in magnesium cast iron. Dokl.
AN BSSR 4 no. 11: 466-468 N 160. (NIERA 13;12)
1. ]Fiziko-tekhnicheakiy inBtitut AN BSSR. Predstavleno
akademikom AN BSSR K.V. Gorevym.
(Graphite) (Cast iron)

PROSUELA .dorovich
, Georgiy Fe- --jProskmra. H.F.]; ROZOVSKIT, I.L.
6-n'd-.-iekhn.nauk, oty.red.; SMCF47MT,
L.O. ESokolovalkyi, L.O.1, red.izd-va; RAKHLINA, N.P.,
takhn.red,
EHydrodynamics of turbines] Gidrodynamika turbomehyn. Vyd.3.
perer. lyivl*i Vyd-vo Akad.nauk URSR, 1959. 578 P.
(MIRA 13:3)
(Turbines)

PROSOU, G.F.
Generalized characteristics of hydraulic-turbine rTmners.
Sbor. trud. Lab. gidr. mash. n0.7:3-15 '58. (MIRA 120)
(Hydraulic turbines)

SOV/124-58-5-5347
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 5, p 55 (USSR)
AUTHOR: Proskura
TITLE: The Theory of a Plane Cascade in a Finite Flow (Teoriya plo-
skoy reshetki v ogranichennom potoke)
PERIODICAL: Sb. tr. Labor. problem bystrokhod. mashin i mekhanizmov
AN UkrSSR, 1955, Nr 5, pp 3-18
ABSTRACT: The author determines some of the characteristics of a
stationary straight cascade containing a finite number of blades
by arbitrarily introducing for the cascade a nominal specific
speed which is a function of the distance between the shroud
plates. This specific speed is used in an empirical expression
for the coefficient of cavitation for a hydraulic turbine. The
analytical results, however, do not agree with the experimental
data. The content of the article fails to correspond with its
title, since the peculiarities of a flow past finite cascades are
not discussed.
1. Turbines--Cavitation 2. Turbines--Theory G.Yu. Stepanov
Card I/ I

pPesIrVOI Cr-O"I'ri )~
PROSFITA, GEORC-Iy FETDPOVICH.
EknoprimentAlInnin j,i(Iroaero(JInapdm. Ghpst'I. Mo~kva, fir)saviaa,.r+ci--dat,
1933.- 'lop, ').j fl.jus., platens, dla~,m
Oiblicj-,--phy: v. 1~. n. 306.
Title tr.: Eyperirmental hydro---!ercd-,rnamirr,. Ell Course of the
Kharkov lnstituti, of Aeronautical StAip:--~.7 Part I.
TL570.P75
SO: Aeronautical Sciences and Aviation in thp Slovi-t. *to-nion, T il~rary of
Congress, 1955.

IVANOV N.V- (Kiyev, poselok Kc- -hevatoyel; KOST110, 1. (Vitetek);
P~;SKURA, I.F. (Kerchl)
Statements by workers in kerwazit onterprises. Stroi. mat. 10
no.906-37 S 1641 (MIRA 18:2)
1. Glavnyj, ilizh. Kor.chevatskogo zavodoupravlenkya ('or Ivarov).
2. Nachallnil, konstruAtorikogo byuro Vitobslkogo koubinata
stroitellnylrh materialor (for VitabEik). 3. Rul-covoditell labora-
torli legkikh zapolniteloy i .91-1.rcitellnoy keramik-i Krymskogo
filiala Gosudarstvennogo nauclmo-.--qledovatellskogo Ins-ti-tuta
stroitellnykh materialov i izdeliy. (for Frookura).

PROSYURA, I.P., kand. sollskolhoz. nauk; D.,%CR'VSKIYp S.A.
A valuable g-recen fallai crop. Zemlele-;c 27,
0
1. Direktor opytncgo khozyaystva "ObroBhlroll Nauchno-lasledovatell-
skogo instituta zemledeliya i zhivotnovodstva zapadnykh rayoriov
UkrSSR (for Bachevsl~iy)-

KIYAK, Grigdxliy SLpanovich[Kyiak, H.S.]; PR~~a ~Pavl~ovich;
YUKHIMCKUK,F.P.(IUkhimehuk.F.P.], kand. selikhoz. nauk,
red.; LISOVICHENNO, Y&,VjLtsovychenko, IA.V.), I*d.;
POTOTSKAYA,1-L.A.[Potots'k&,-L.A.], tekhn. red.
[Cultivation practices and production of forage lupine seed
in western areas of the Ukraine] Agrotekhnika, i nasinnytetvo
kormovobo 14upynu v zakhidnykh raionakh Ukrainy. Kyiv, Vyd-
vo Ukrainskoi Akad. sellakhosp. nauk, 1962.- 75 P.
(MIRA L6:5)
(Ukiaine-Lupine)
(Ukraine--Seed production)

USSR/Cultivated 'Plants Fodder. M.
Abs Jour : Bef Zhur Diol., No 4, 1958, 15682
Author ; I.F, Fro-kura
Inst : -
Title : The Effects of Fertilizers on the SliGhtly lakaloid
Lupine Yield and Fodder Quality.
(Vliyaniye udobrenniy na urozhay i kormovyye kachestva
mloulkaloidnor,o lupina).
Orig Pub : Zhivotnovodstvo, 1957~ No 51 65-
Abstract : At the kolkhoz near the city of LIvov experiments were
conducted for two years on the study of the effects of
mineral fertilization on the grain yield of the slidit-
ly alkaloid Nosovskiy white-seeded lupiney on its al-
bumin and alkaloid content. The mineral fertilizers
wWre applied under the plow in 1955 and under a deep
sprinC; cultuvation in 1956 at the rate of 45 kiloLTans
of active substances per 1 heetara.
Card 1/2

USSR/Cultivated Plants Fo&Ier& M.
Abs Jour so Ref Zhur Bioli., lio 4i- 1958, 1568a
The Grain harvest was: on plots without fertilizers
11 centners, on ferti-lized plots with Kk 14.6, with
kainite 14.4, P 1202 P 12-3., Ky and Pe 15.6 contners
c 'F 6
per 1 ha. Potash fertilizers raised the albumin of
sli&itly alkaloid-lupine and lowered its alkaloid con-
tent. To raise the yieldint; capacity and lower the
alkaloid nature of the lupine it is recom-iended that
those potassium and phosphorus P and kainite fortili-
P ;tied under the p1mit-
zers which are less scarce be ap
ine;s when cultivatinG on sandy loam. soils.
CarO 2/2

USSR/Cultivated Plants. Fodder Plants.
Abs Jour : Rof Zhur-Biol4q No 159 1958, 63231
Author : Pros -a- Ti P_
Inst :-Ullir SSR Vlestern_Rayon Scientific Research
Institute of Aegiculturo and Animal Husbandry.
Titlo, : Tho Effect of Basic Agricultur-cl Moasures upon
Yields of Fodder Lupine Seed.
Orig Pub : Inform. byul. Nauk.-dosl. in-t zorlorobstva
i tvarinnitstva zaIdAdn. rayoniv URSR, 1957,
No 2t 42-V,
Abstract : A study was conducted of tho influonco of
sowinS dates, soi-Ang norms, and fortiliza-
tion on the yield and quality of sead of
yollov fodder lupine (Nosovsk whitc-seed va-
riety) on weakly podsolizod, sandy loaD. soils
Card 1/2

USSR/Cultivatod Plmts. Fodder Pl,,mt-s. M
I.,bs Joui, Rof Zhur-Biol., No 157 19589 68231
(Bryukhovits Rayon7 LIvov Oblast'). The
bost rosults wQro obtained whon lupine was
sown on early dates (not lator than the first
third of April) in narrow rows, and rith a
S01:1ing norn of ho kg/hoctaro, The a.-:cj_murj
yield (141.8 porcont of the control) was ob-
tainod by using potassiun anC. phosphorcus for-
tilizcrs together (15 kg/hoctario of active ria-
torial), since nincral fertilizers .-tore very
offoct*vo, especially potassimi. It has boon
dotomino-d thrn~, potassiLrri salt and kainit09 and
also suporphosphato and phosphorite fertilizers
have almost i!:'Lorrcical effects on lupine yields.
-- B. T, Konik.
Card 2/2
84