SCIENTIFIC ABSTRACT KRASSOV, I. M. - KRASTIN, N. I.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 31, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Ex purimentnl Invc3ti[-ation of' Air Solubility in the Prersure Flulds of
Thpsio for degree of Cand. Tecbnicnl Sci. S-7ub 21 Nov 49, 'Ioscw! Cr.-`er of 1_~.nin AvIr.,tion
Inst Im,:-ni. Servo Orrlzbonikidze
I
Sumunary ~2, IE Dec 52, Dissertations Presented for Derreep, In `~cienct- and Fnrinr-,?rlnr In
!7oscow in 19-42. From Vechemynya 1.1oskya, Jan-Dec 1()41).

30446
S/119/61/000/012/001/006
di1//9,0/ 1W 0209/0303
AUTHORS: Kozlov, N.P., Engineer and Krassov,_J.M., Candidate
of Technical Sciences
TITLE: Determining the dynamic characteristic of an electro.,
magnetic control element
PERIODICAL: Priborostroyeniye, no. 12, 1961, 1-4
TEXT: This paper introduces a simplified method of plotting a fre-
quency response characteristic of certain types of electromagnetic
control devices. in many cases the accuracy of the characteristic
constructed by this method is completely adequate. The analytical
solution of the equation of motion and of the static characteristic of
such an element can be quite laborious, wherium the empirical derivation
of thestatic characteristic is comparatively easy. Using the experi-
mental characteristic, the constant coefficients of the static equation
can be determined as well as the coefficients of the equation of motion.
An example is worked out for an electromagnetic control element
Card 1/# ,

30446
S/119/61/000/012/001/006
Determining the dynamic.*. D209/D303
consisting of an armature, control winding, magnet and an exciting wind-
ing, whose static characteriatic'is known. Having a complex expression
for the amplification factor, the real aind the imaginary parts are worked
out and the calculated coefficients of the equation of motion are sub-
stituted into the resulting expression. In this way, by the method of
Ye. P. Popov (Ref. 4,. Dinamika sistem avtomaticheskogo regulirovanya,
Gostekhizdat, M. 1954), the amplitude phase characteristic of the control
element is determined (Fig. 3), where the curve A is obtained by calcu'.
lation and the curve B - experimentally. Utilizing the approximate me-
thud of plotting it is sufficient to upe the basic points on the curve.
fhese points are-, The initial point of the curve; the point corresponding
to the natural frequency of oscillations; the point of cross-section
of the curve with thQ imaginary axis jv and the condition of deformation
of the curve in the horizontal direction to the right and left of the
jv axis. The straight line Uv1 is the characteristic line in the con-
struction of the frequency rezponse characteristic. The condition that
the curve does not extend to the right of the line U-~! is given, If
Card

304h6
S/119/61/000/012/001/006
Determining the dynamic**& D209/D303
this condition is infringed, the curve is deformed and extends to the
right of the line U=lo In order to plot the curve, the values of the
frequencies corresponding to the two maximum values of Us as well as
the abscissae themselves, are found by differentiation and subsequent
substitution into the real part of the characteristic. The corresponding
ordinates can also be found. The point of croon-section of the curve
with jv is found from the condition U=O. The point of the natural fre-
quency of oncillationsis also determinedo Thus several basic points ar
obtained. They are sufficient to plot an approximate amplitude-phase
characteristic. There are 3 figureal I table and 4 Soviet-bloc referen-
ces*
Card 3/f

S/I '273
0~' 617022/011/014/014
1 D306
0110311113 D 2 7
J. It,
AUTHORS: -KrasBov I) M.., and Nikollskiyo V. N.) (Moscow, Kuy-
ev
TITLE: Electromagnetic control elements
PERIODICAL: Avtomatika i telemekhanika, v. 22, no. 11, 1961y
1546-1549
TEXT: Electromagnetic control elements which are described were
developed in order to obtain improved dynamic and static characte-
ristics, reduced weight and dimensions, and a possibility of use
in vibrational mode. The design is shown; the armature is held i
a neutral position by two springs and can move to either side under
the action of two electromagnetic systems. Parts of the magnetic
oircuit are in Armco steel. The linearity of the pulling charaote-
ristic and high frequency of self-oscillations were regarded as ba-
sic premises of the design; cylindrical armature with conical faces
and conical pole pieces of the yoke provides the linearity of the
characteristic; the weight is reduced by joining both electromagne-
Card 1/5

S/1 ID3/~11'W,22/011/014/014
Electromagnetic control elements D271/D306
*Vi-- systems in a common pole and by a single armature. The dimen-
aions of the parasitic gap were so chosen as to obtain minimum mag-
netic reluctance and a linear dependence of the armature displace-
ment on the signal. Assuming also a low saturation of the core,
forces acting on the armature are
2 dG1
1 dx:
2dG2
P2 C (12w dx (2)
where P1 and P2 are forces exerted by both oyatema, I, and 12 - cur-
rents in their coils, w - number of turns, G 1 and G2 - magnetic con-
ductances of working gaps of both systems, X - displacement of the
armature from its neutral postion and c - a constant coefficient.
In a vibrational mode, the coils are subject to pulses of constant
Card 2/5

31273
fl/103/61/022/011/014/014.
Electromagnetic control elements D271/D306
height and constant or varying duration, dependent on the magni-
tude of the incoming signal; when the signal is varied, currents
I and 1 2 vary in proportion, and the displacement of the armature
fhlows. The sum of the current 1 1 and 12 is constant, hence it is
convenient to express them as
and
Imn ('3)
where Im is the maximum value and n - coefficient of change. If
dG1 dG2
Tx- = d x
(6)
the expression for the resultant force acting on the armature is
Card 3/5

7
S/103 1 022/011/014/014
Electromagnetic control elements D271.D306
P = c dG1 (I W)2 (1 - 2n)
dx m I
(7)
The for3e de ends linearly on n and so also on the incoming signal,
Condition (6~ was satisfied by the appropriate shape of pole pieces
of the armature and core and by a large initial air gap. Taking in-
to account expressions for conductancee G1 and G2, an approximate
expre2sion is obtained for the force
P = kAI + k XA_x (9)
where ki and kx are coefficients dependent on the design,,&I - va-
riation of current in coils, Ax - displacement of the armature.
Considering that the force exerted by springs is
N = cnX
(10)
Card 4/5

S/ I OWV/022/011/014/014
Electromagnetic control elements D271/D306
where cn is the stiffness coefficient, a linear relation is ob-
tained between the displacement and the variation of current.
Data are given for an electromagnet with a total weight of 260 g,
+ 1,.3 mm linear displacement of the armature, pulling force of
TOOO g for 1.3 mm travel, frequency of self-oscillations - 120 O/e
and travel time to the extreme position - 0.032 sec. There are 4
figures and 2 Soviet-bloc references.
SUBMITTED: November 9, 1960
Card 5/5

KRASS,OV,,-I.R-,,kand.tekhn.nauk, dotsent; RADOVSKIY,, L.I., inzh.; TIWINj, B.G.0
inzh.
Statics of a two-cascade hydraulic amplifier with nozzle-gates and
valves. Vest. mash. 41 no.6:17-23 Je 161. (MIRA 14:6)
(Hydraulic machinery)

S/103/62/023/004/011/011
D299/D301
AUTHORS: Krassov I.M.p Radovskiy, L.I., and Turbin, G.B.
0
TITLE: On,the sensitivity of a nozzle-flap hydraulic amplifier
PERIODICAL: Avtomatika i telemekhanika, v. 23, no. 4, 1962v
543 - 545
TEXT: The sensitivity of nozzle-flap hydraulic amplifierst under
various operating conditions, is considered. Basic rules are given
for selection and calculation of parameters, so as to obtain maxi-
mum sensitivity under set conditions. For normal operating condi-
tionsp the amplifier sensitivity is expressed by the derivative
dpl~ =0 = K P (2)
F P
called the pressure gain coefficient; p, is the working pressure of
the liquid in the inter-valve chamber, and y - the angle of rota-
tion of the flap. K is differently determined for various operat-
Card 1/3 p

S/103/62/023/004/011/011
On the sensitivity of a nozzle-flap ... D299/D301
as
ing conditions, and has different maximum numerical values. Three
types of raost commonly met operating conditions are considered. A
table lists the formulas for K p (for the 3 types of operating condi-
-tions), its maximum value, the conductivity ratio 6 and the princi-
pal parameters of the amplifier. The formulas for Kp, listed in the
table, are analyzed and the relative merits of each type of operat-
ing conditions are ascertained. Analysis of the formulas for K p VIP
~;ith type 3 operating conditions; the initial gap ho between the
nozzle and flap is given, as well as the discharge Qo of the work-
ing liquid through the valve with variable passage), permits deter-
mining the limiting values of 6 and of the pressure pj on the basis
of actual conditions. Thusp with 6 = 2, K p is 20 % be ow its maxi-
mum value, whereas with 6 = 3, only by 10 %. Hence, in designing
nozzle-flap amplifiers, it is not necessary to exceed the value 6
3. The corresponding limiting value of po = 1OP103 (where P103 is
determined by the formula 8 = V - 1). The above formula3
permit designing amplifiers with maximum sensitivity under given
Card 2/3

S/103/62/023/004/011/011
On the sensitivity of a nozzle-flap ... D299/D301
conditions. There are 1 figure, 1 table and 1 Uoviet-bloo reference.
SUB'MITTUD: November 25, 1961
V~
Card 3/3

_4
:,-L:17885 63
BDS
ACCESSION NR: AP3004280 S/0119/63/0001007/000310006
AUTHOR: Krassov, I. M.
Ste
TITLE: Power aspects of hydraulic automatic systems
SOURCE: Priborostroyeniye, no. 7, 1963, 3-6
TOPIC TAGS: -hydraulic automatic system
A;BSTRACT: Power aspects, including efficiency, of hydraulic automatic systems,
consisting of an amplifier and a final control mechanism are considered. For
C,
higher efficiency, it is recommended that the system be operated at its mw murn
output power. These specific hydraulic automatic systems are examined in some!
idetail: (1) a jet amplifier with a piston-type double-action final control
mechanism; (2) a slide-valve amplifier with the same final mechanism; (3) a
differential nozzle-shutter amplifier with the same final mechanism. Formulas
describing operation of the above systems are examined, and recommendations
'.-Card. .112

rep,,- L%~
L 17885-63
Z ACCESSION NR: AP3004280
which would bring the hydraulic system to Its highe s t -efficiency operating mode
are given. Orig. art. has: 4 figures and 30 formula*,
ASSOCIATION: none
SUBMITTED: 00. DATE AGQ: 08Aug63 ENCL: 'bO
SUB CODE: TE NO REF SOV: 004 OTHER: 000
Card . 212

KRAS ; KOSHARSKIY, B.D., retsenzent; AUMOVA, A.G., red.
izd-va; SMIRNOVA, G.V.,, takhn. red.
(Hydraulic elements in automatic control syBtems) Gid-
ravlicheskie elementy sistem avtomaticheakogo regullrova-
nlia. Moskva, Mashgiz, 1963. 160 p. (MIRA 16;4)
(Hydraulic control)

KRASSOV., I.Me
Power potentWities of hydraulic control systems. Priborostroanie
no.733-6 J1 163. (MMA 16-.9)

KOZLOV, N.P.; KIMMOV, I.M.; LEVIN, L.P.
Analysis of differentinl electromagnetic elements for automatic
control systems. Priborostroenie no.1:5-8 Ja 164. (MIRA 17:2)

KULELAKINI V.S4, akadamik, otv. red.; PETAOV, B.N., akademik, otv.
red.; WDIIER, V.A., doktor tekhn. naWk, red.; VM01iOV,
A.A., doktor tekhn. nauk, red.; IVAKMM;KO, A.G., red.;
ISHLINSKIY, A.Yu., akadenik, red.; KOSTYUK, O.M., kand.
tekhn. nauk, red.; KRA�,�
NVA 4and. tekhn. nauk, red.;
KUTITSEVICII, V.M.' rarrd*. tekhn. nauk, red.; KUKhTENKO,A.I.,
red.; RYABOV, B.A., doktor tekhn. nauk, red.; SB-1,01:OV,
N.I., doktor fiz.-mat. nauk, red.; ULANOV, G.M., doktor
tekhn. nauk, red.; FEDOROV, S.M., kand. tekhn. nauk) red.;
TSYPKIN, Ya.Z.., doktor tekhn. nauk, red.; CHINAYEEV, P.I.,
kand. tekhn. nauk, red.; KRUTOVA, I.N., kand. tekhn. nauk,
red.; RUTKOVSKIY, V.Yu., kand. tekhn. nauk, red.
(Invariancy theory in automatic control systers; transac-
tions] Teoi,iia invariantnosti v sistemakh avtoraticheskogo
upravleniia; trudy. Poskva, Dauka, 1964. 503 P.
(1.'LU IS: 2)
1. Voesoyuznoye soveshchaniye po teorii invariantnosti i
yeye primeneniyu v avtomaticheskikh ustroystvakh. 2d,
Kiev, 1962. 2. Chlen-korrespondent A14 Uk.-.SSR (for
Ivakhnenko, Kukhtenko).

AVEN, O.A.; DVORETSKIY, V.M.; DOMANITSKIY, S.M.; ZALMANZON, L.A.;
KRASSOY, I.M.; KRUG, Ye.K.; TALI, A.A.; KHOKHLOV, V.A.;
DEMIDENKO, Ye.D.; BERNSHTFYN, S.I.; YEMELIYANOV,
S.V.; LERNER, A.Ya.; MEYFROV, M.V.; PERELIMAN, I.I., FITSNIFR,
L.N.; CHELYTJSTKIN, A.B.; ZHOZHIKASHVILI, V.A.; ILIIN, V.A.;
AGEYKIN, D.I.; GUSHCHIN, Yu.V.; KATYS, G.P.; MELITTSER, L.V.;
PAqKHOMENKO, P.P.; MIKHAYLOV, N.N.; FITSNER, L.N.; PARKHOWENKO,
P.P.; ROZENBLAT, M.A.; SOTSKOV, B.S.; VASILIYEVA, N.P.; PRANGISHVILI,
I.V.; POLONNIKOV, D.Ye.; VOROBIYEVA, T.M.; DEKABRUN, I.Ye.
Work on the development of systems and principles of automatic
control at the Institute of Automatic and Remote Control
during 1939-1964. Avtom. i telem. 25 no. 6:807-851 Je 164.
(MIRA 17:7)

I . - I I . 1 .1 1 .
KC)ZLOV ~J. P., I' utid. t a R tin. nauk; MAI)` U1, I-NI., hu'd- !'!I -tJ,' -;~
Anplification. ratios of hydraulic valve-ty-,r.e wqJifiers.
Priborostroanie no.6:1-5 Je 165. (MIRA 18:7)

KRASSOV LM kand. tekhn. nnuk; RADOVSKIY, L.I., inzh.; VJRBIN, B.G., inzh.
Dynamics and calculation of' basic parameters of a two-stage hydraulic
amplifter. Priborostroenie no.7:7-9 Jl 165. (MURA 18:7)

ALLI Iq,Ki .- AF012996 SOURCE coDE: UR/03-19/65/000 007 0009
AUTHOR:_.- s4ov,,J.,,,H,.,,(CaMjd&te of technical sciences); Radovskiy, L. I. (E~glneer
Turbin, Be Ge (Engineer)
ORG: none
TITIE.- Dynamics mid calculation of basic parameters of a two-stagO hydraulic
amplifier
SOURCE: Priborostroyaniye, no. ?, 1965, 7-9
TOPIC TAGS: bydraulic pressure amplifier, automatic pneumatic control
ABSTRACT: A description of the dynamics and basis for oalc:ulatio'li
of the main parameters with applicatiori of amplification coeffi-
cients as to pressure and fluid usage are presented for a widely
used two-stage pneumonic automatic controls ruplifler. Equations
L
are developed for the dynamics of the ampli ler (demonstrating
-that the dynamic properties of the amplifier depend on the prea-
sure and fluid flow amplification coefficients at the Instant of
Initiation of movement of the system); the dependence of pressure
and flow amplification coefficients on the parameters of the
.. rqauiremento.,'Orig. art'
amplifier and on the load 0- has
2 figures i~d 26'formLlis.* LJP!RS
j
SUB CODE: SUBM DATM none ORIG REF: 003
Card 1/1

ACC M, AP6033661 A) SOuRGE cODE:
AUTHOR: Belevitin, B. V. (Engineer); KraBsov, 1. M. (Candidate of technical
science5)
ORG: none
TITLE: Effect of temperature on hydraulic -inte n si fie r gain
SOURZ.GE: Priborostroyeniye, no. 10, 1966, 4-5
TOPIC TAGS: hydraulic intensifier, hydraulic device, temperature effect
:ABSTRACT: The operation of a nozzle -flapper hydro intentiificr is theoretically i
:examined: the effect of the working-fluid temperature on the pressure and rate-of-
Irlow gains is studied. It is found that the temperature-effect cornpensation is hardly
4r casible; hence, these remedial measures are suggested; (1) The throttle's rate -6r-
flow should not depend on Re, i.e. , the restriction orifice must be ol such Bize that
the flow is turbulent; the nozzle orifice must create a sudden flow expansion;.(2) The:
:intensifier must be so adjusted that the nozzle-flapper operates in the large-opening 1
.region where the flow factor is stable; or else, the Re number must exceed its
'critical value. Orig. art. has: 3 figures and 2 formulas.
SUB CODE: 13 SUBM DATE: none ORIG REF: OOZ
jCard III UDC: 6Z.5ZZ

Krb',S'.,CVARI, A.
Focusin,,-, t.he situntion aryl the size of the television picture on the
ncreen of the picture tube.
F. 122 (fUD1YP1--.r,',!JTFA) Hun-ery Vol. 7, No. 1, -1,ir. 1057.
1"0: .~'Onthly Index of East ~urcpean Acession3 (Ai.EI) Vol. ~, 11 , November 1957.

KRASSOVSKIYy AaP.
Dividing multiple operations of single-piece continuous linen.
Trudy LIP no.227:146-157 163. (MIRA 17:4)
. .:,r., 41f . i

DEFM'SKI, stanir,]Law ; KRASSOWSKA, Aleksandra
TEsting results of bitumen manifestations in the Magnuszew IG 1 b)rehole.
Kwutalnik geol 6 nool.,210-228 t62,
1. ZaUad Geologii Nizu., Instytut Goclogiczny., Trlarezava.

i ,--w
in the
Ag '63.
,f' r,-ology,
_I ~i r t m- r, t, c, f a e C) zo 0 1 o gy , I r.

-,"p
GC, j-
J3
J Ut t;
7, 0 C,l
01,

KRASSOVSKA, Aleksandra
Geologic profile Pulawy-Radzyn. K-,,?artaInI*,k goo-.' 0, no.I:
53-63 165.
1. Department of Lowland Gec'lgy of the In3ti ute of Geology,
Warsaw. Submitted May 10, 1964.

KRASSOVSKA, Danuta
7irst assays with the preparation priamide in labor. Gin.polsks
30 no.4:473-476 Tl-Ag 159.
1. Z II Kliniki Chorob Koblecych i P0102niCtWa A.M. v Lodzi.
Kisrovnik:prof.dro S. Krzyeztoporski.
PARASTHPATHOLYTICS ther.)
KBCR)
R

HORODKO, Janina; KIOSSOWSKA-gLigia; HAINSKI, Krzynztof (deceasod1t
ZAKRMSKI-,K-azimierz V
Continuous cultivation of Salmonella typhi for the production of
anti-typhoid vaccines. Acts. microbiol. pol. 10 no.4:351-369 161.
1. Z Centralnego Laboratorium Zjednoczenia Wytvorni Surowic i
Szczepionek "Biomed" v Warosawie.
(SALMONELIA TYPHOSA culture) (VACCINES)

tv 5
61V24
tn,k%k W., Kramwaki Fl. nelervitinatlon of natkily In Tannivin
hi PoAvointo midomVul w firrektRacil I
-Id Al%vxmy. p .2-4, NU, 6, IM
pp.
As "Ing thu most rifinnal and eAmple III routint, =o the tircultaus
thad was i(OccWd from tho famillor methoN of determtning the
f
ft
anning - the im"t es-,entizil
basicity in cbrome f. talutlong tind baths
'amlytlcal ktdex in the frAer-operative ermtrol of chrome tanning, The
-:'accuraty of this and of R. Stimny's m0hal genernlly adapted
h. Voland were checked on, 1) chcrrileally pure potiLslum throinluln
sult)hate; 2) a t4nning PnItition. obtiOned by reducing K2CrjOj by
rri6vs at outphur. dioxidis, ot a standfird b:iskity of 33.3 Per Cot;
sufolior illoside-ft(lacm sollitlon.; mnsum -by Indiurri. formato a!md
W11- 20. Vcofcd flon of methrul Ir,
exalidt b masWrit; numbern of ;ft and

auowskl B. Ime Role of Huffers In Chrome-Tanning.
Itolo zwl4xkOw buturawych w garbowantu chromowym". Tlrzeglld
Sk6rzany. No. 5, 1255, pp. 162- 107, 1 fig., 2 tabs.
The Paper discusses the application of buffer mixtures in single-
-bath chrome-tanning, particubtly during the process of blunting In
ordpir to Increase (he alkallni,ty 6f tan liquor. Work Is now In progress
at the Leather Industry Institute-to substitute sodium sulphite and
sodium nitrite.for soda commonly used for blunting the acidity of chro- -
miurn salt tanning baths. The two first mention6d saltm have a notably
i f3vaurable effect on leather. Investigations have confirmed that small
quantities of sodluin sulphite mask chmmium very strongly and even
larin amounts of ammonia prevent the gettling out of olkallne chromium
sAlts, Sodium nitrite, on thu a4he. hand, does not musk chromlinn In
the presence of winmonla. but It call 4 usail for blunting without fear
of dlevIncing pre"Sly infroduced w0drig Ions. As rorardit the pro-
gress of blunting In chromium salt sclations, Nofium nitritc provel su-
porlor to sodium sulphite.

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lypt:! CFA 10 vertical liydraulic broachinc~ machinn. '25S.
:,2,C!,'A'&.. Wqrszawa, Poland. Vol. 32, no. 5, I~y 1')5".
I'lonthly Ust of East European Accessions (-;-*E'AT) 19, Vol. 9, no. 2, Feb. 1960.
1
Uncl.

KRASSOWSKI, Tadeusz.
Pregnancy and postpartum lipids In the uterus In mice. Fol.
morph., Wargz. 6 no.4:283-294 1955.
1. Z Zeddadu Histologii I Zmbriologii A H w Warssawie.
Kier. prof. dr J.Zweibaum.
(MMUS, metabolism,
lipids, in pregn. & postpartum in mice)
(LIPIDS. metabolism,
uterus, in pregn. & postpartum in mice)
(P M NANCT, metabolism In,
lipids in uterus in pregn. & postpartum)

KRASS04SXI, Tadoilez; S?AMQRSKI, Jozef
Morphological chang"s of the placentae from pathological
pregnancies and deliveries. Oin.polaka 30 no.6:677-6go
H-D 159-
1. Z II Xliniki Chorob Kobiecych i Poloinictwa AN. w Warazavio
Klerownik: prof. dr mod. I. Roszkowski.
(PIACICUA pathol)

ZALESKI, M.; KRASSOWSKII__T.; WLODARSKIO X.
Histochemical ihvestigationo of human transitional epithelium.
Folia morphol 22 no.104-40 163.
1. Department of Histology and Embryology, Medical Academy,,
Warsaw. Headi Doe. dr K,Ostrowski) and 2d Obstetric and
Gynecologic Clinic, Medical Academy, Warsaw. Headt Prof. dr
I.Roszkowski.

ZALESKI, M.; KWSCWSM19 T.; KLODARSKIV X.
Attempts at bone induction by heteroganous grafta of urVaIry
bladder mucosa. Folia morphol 22 no.1:41-48 f63.
1. Department of Histolo&v and Embryology, Medical Acaden;y,
Warsaw. Head. Doc. dr X. Ostrowski; and 2d Obstetric and
Gynecologic Clinic, Medical Academy, Warsaw. Head,1 Prof. dr
I Roezkowski.

KRASS(YdSKI, Tadounz
Managemant of aclampsia in puerPeri=. Ginek. pol. 34 no.3:
407-410 163.
1. Z II Kliniki Poloznietwa i Chorob Kobiecych AM w Warazavie
Kierownik- prof. dr med. 1. RoBzkowski.
(ECLAMISIA) (BARBITURATSS)
(AIESTHESIA, GENERAL)
(RMRPKRAL DISORDM)

I
i
UJ330148U., Tadauss; LAK05, Janina
Endotrachoul resuscitation of newborn Infanta. Ginak. pol.
34 no-3340.1-.405 163.
1. Z II Kliniki Chorob Koblecych i Poloznictva AM w Warazawia
Kierown1k: prof. dr mad. 1. Roazkowski.
(ASPMIA NKONATORUM) (RESUSCITATION)

ROSZKOWSKI, Irenausz; GHOJTICWSKA, Irena; IWAIISKA, Janina; JANGZEWSKAj
Elzbieta; KWSOWSKIO Tadeusz; MYSZKOWSKI, Leopold.
The content of protein and lipoprotein fractions in the blood
serum of pregnant women suspected of placental insufficiency.
Ginek. pol. 35 no.1:15-18 Ja-Ft64
1. Z II Kliniki Poloznictwa i Chorob Kobiecych AM v Warszawie;
kierownikz prof. dr.med. I. Roszkovski.

OISMISKI, Waldemar; _P04S9W~KI, Tadeuss
Morphological studies on the healing of the resected Vateriff
ampulla. Pol. pr7egL. chir. 36 no.2tl6l-167 F164
1. Z Z"-ladu Gbirurgli Doswiadczalnej PAN (kierownik: prof. dr.
J. flielubowicz) i " " Zakladu Histologii AH w Warszuwic (kievow-
nik: prof.dr. K.Ostrowski).
-f
i

KIIASSOVISKI Tadeusz,; STARZYNSKA, Judwiga; KIETLIVSKA-YVIOLM, Zofia
-
Methcdolc6glosl considerations on leukccytic cultures. Ginek. Pol.
35 no.3:4'65-1,'I(j My-Je 164
1, z ii niniki Polowictwa i Chorob Kobiecych Akademii Medycz-
nej w Warnzawie (Kierownik: prof. dr. I. Roszkows'i) J. a Za-
kladu Genetyki Uniwersytetu Warszawsklego (Kiervwn,~k: prof.
dr. W. Gajewski).

KFiA-*3,'.1!.'l'-?, Tadou a r~ 4 ' "1'i
Cii I L,vFI.4 !on of pnr It '-sr'd In
a Mitotic stirralla, or. Ginek. PC-1. 35 tt,14
1. '-~ 'I'l KI Iniki ~~njoznlc.-Lwa i Chcr Fobi~;cy--h Akrid-iii"
d~ ;~,.Zlltij w dr.
i z "'al-ladu Unl,;q4L-rsytetii E I c r own Lk
pref. dr. W.

VOROS, Sandor; HNGrI, Pal; GYORIMf, jeem; KMSSOY, Ivan
Hemorrhagic T)Ieuritio caused by Salmonella cholerae ouin var.
kunzendorf, Ory. hetil. 100 no.11:413-415 15 Mar 59.
1. A Peasi Orvostudomanyi Fgyetem Mikrobiologiai Inteietenek (Igaz-
gato RAues Karoly dr. egyet. tanar) so I. oz. Belgyogynezati Klinika-
janak (igazgato: Angyan Janos dr. egyet. tanar) kozlemenye.
(PIMISY, etiol. e-pathogen.
hemorrh., ua-doed by Salmonella oholeraeouls var.
kunzendorf, case report (Hun))
(SALMOITATIA INMTIOIIS, case reports
Salmonella choleraesuio var. kunzendorf causing
hem~rrh. pleurisy (Hun))

IUSSOY, Kalman
lxposure time and progression of severity of sillcosis in the
ambiency of Pace. Nepegesseegua 35 no.10:262-265 Oct 54.
1. Koolemeny a Bararqa megyal tanace pecal rendelointezetenek
(igasgato: Linka Laszlo dr.) lel-es rontganostal7arol (foorvoe:
Krasso7 Kalman dr.)
(SILICOSIS' epidemiol.
Hungary: in miners)

KRASSOT 'iiINAN.-Ar.
Working capacity in allicosis and silicotubarculoaie. Taberkalosis
10 no.3,-4:70-74 Mar-Apr 57.
1. A baranya-megyai Tanacs Pacis Rendelointezat (igazgato-foorvoo:
Links. Inazlo dr.) bel- es rontgenoaztalyanok (7oorvos: Krass
KnImRn dr. ) kozlemenye.
(siprcosis
, disability evaluation in miners (Hun))
(TUBIKU =is, PUIXOURT
silicotuberc.. disability evaluation in miners (Hun))

KR"SOY, Kalman (Pecs)
Silicosis
a
,il-icotubarculosis and lung cancer. Nepegesseegugy 38
no. io-n Q~271 Oct-Nov 57.
1. KozlemerW a Barazqa moffet tanacs pecsi rendelointesetenek (igasgato-
foorvoe: Links. laszlo) bel so rontgenosztalyarol (foorvos: Irassoy Kalman)
(SILICOSIS, compl.
lung cancer (Hun))
(TUBIMUTiosrs, PUIKOX&RY
13 Mootubera. in etiol. of lung cancer (Hun))
(Luna HEOPIASM, etiol. & pathogen*
silicosis & silicotubera. (Hun))

--KRASTANOVI Ljubomir, dr.; JORDANOV, Dimiter
Criterion of the thermic balance of the atmosphere. Idojaras 64
no.1:1-8 Ja-F 160. (EF.Al 10:1)
1. Vizeprasident, Bulgarische Akademie fur Wissenschaften (for Krastanov)
2. Wiasen3chaftlicher Mitarbeiter Institut fur Hydrologle und
Meteorologie, Sofia (for Jordanov~.
(Atmosphere)

JORDANOV, D. (Sofia); KRAS OV I. (Sofia)
-
Criterion of atmospheric turbulence during horizontal inhomogenelty
of the temperature. IdojaraB 64 no.5:271-276 S-0 160.
(EKAI 10:9/10)
(Atmospheric temperature)

4 72
ale:
paukild SA3 Ia-141ii4 Odeimif w NOSK
Rursi-si and Ea&Lh summarica7
9 rdL, 23 CqL
p 146-147 Alk~w h6 NcuinibsnIa as krilpriis es turptilmitaisall v at=dcr&tL (Nm
runriants cd the criterl ~b/W. p 149- 159 5 re'5- 22 eqi.
InIfic 3 hi- fill L4sm
(~;' L ~ flip-T pc t cil r h, uit pa,~er m to rr,"e
R'Z~Iaji And Ensliah sumnl%rws P. I
of thr. inmpMed conrvpt% ci the turbulcn~;: ti,~m-N Io ch, ;wrpc~kc W
termining turbullent exchaiiip by imanj at tur UL eddr's. A ur~dznmmaj ia U
mixing length, wbicL i3 definc-d m Lhe d6wtm-e cr)vmd by thr (41,ty ir. a vzrtiml diroctims
the ~evcl of itt origin and thc level v *hwh it Fravc-A alth ihe surr*unding 'nedluni.

KRASTANOV., L. [Krustanov, L.]. akad.; MILOSILEV, G.
On the inechanism of condenstion procasnes In the atnospliere. Dokludy
BAN 16 no.3s261-264 '63.

OR ~TA N 0 \AJ
It! 3
3.5-2)3
t. r i 't.4,10up- Uber *inn (Irtaidfr-ti-e bet. den hondens-itirmworgwwan
iii tltq:- At.-imsp~~Aro. (A binic problum on (-Dnden6-itI,,n procea3ett if~ the
kviomlia tin Ilaukitte, ;oft-to OokI -1"-o
,30):'3-16, van-tlarch 1950. refs., aqu,ti,-iis. ai, Lt- A U,coratic-.&I
development for determL,.aticn cf the rn,,o of for-n%tion and energy
r le-tvekl In formatil-n of % dro,- of water on a c