SCIENTIFIC ABSTRACT ADKHAMOV, A.A. - ADLER, P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100320019-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

ACC NRi A-PS036987 i\ t~) SOURCE CODE:
07,11OR: lidirovich, E. I. Mirsagatov, Sh. It. ; 'Norozkin, V. V.
S SIR, Tashkent (Fiz,ko-te~j-'nichezkiy institut,
Physicotechnical Institute All Uz
A
11, UZSSR)
A
IIIIAZ.: Negative differential resistance and inductive effects in silicon
carbide
SO'ORCE: Fizika tverdogo tela, v. 8, no. 11, 19",- 3373-3374
'202 TAGS: silicon carbide, semiconductor conductivity, pn junction, junction
dii
KC
electric resistance, electric inductance, electric capacitance
A:3S-.RACT: In vilew of the lack of studies of neGative di~f'Aferential of
Silicon carbide, in spite of the fact that this effect has been known for
imany yea:
-~he authors have experimented on radiating and nonradiating diodeG made by
f~A-sing
~-e alloys P~-B-Sn and Pt-Al-Sn in silicon carbide crystals of several
modificatioi
Zhe preparation of the diodes is described elsewhere (DANI UzSSR, no. 2, 20,
1966).
Clearly pronounced negative differential resistance, and also an inversion of
the
sign of the reactive component of the admitt-ance) correspondIng to
transition Irora
predominantly capacitive to predominantly inductive effects was observed. The
optimal temperature for obtaining p-n Junctions with negative differential
resista:
in a-SiC is 2000 - 2100C. The differential admittance of the p-n Junctions
wa5 mec
sured with an ac bridge (02-7) at frequencyo.4 - 10 Mz. Inductive effects
occuri
in diodes with clearly pronounced negative differential resistance at
voltages on i
Card 1/2

RUMKO, K.G.; MARGOLIN, V.A.; ADIT31YEVSKAS, N.M.
[Wet ash and dast-catching systems] Mokrye zolouloviteli i pyloulovi-
teli. Moskva, Ugletekhizdat, 1953. 58 P. (MLRA 7:1)
(coal preparation) (Dast-Removal)

ALAYA14'y
noiiv, Syrtcri of IJI,-,
of 0
Chair of 'fractor:~ Auto,n',oW, e,,:) ChelyalAn,,,', lnt for iie
lecLrl-lLeal-ion of ALr.-y-*cult--,l.c-' :Iijl Iiii,,her E611catdoll
'!2, !!3r 1)5)
So: S-Lm. '.'0 ("j'0, 29 Scot Sirvcy of Tccjj:.-lcll Discertatl"-;-'s
1'~,--fendcd atu ]'Jl,"~~Or ll(:Ucatiollal

ADJUKOVIC , D. ; ~11 J.G , fl.
y4
D-ouble diffusJon analysis of the Vlpera arc-,od Les A. veric-.
Arh. hig. rada 14 no.2:30',1-130 1 C':3 -
1. 'St'limpli", School of 11,111'.11o Ile-alti., Faculty of
I , I .
,1111%7c~l:,itv of y"lilus"favin.

(loktor fiz.-mat. liald', otv. red.
TURSUEOVA, L.1.i
Ilmaro-vich limarov (1908-196.4). Vstup. stat'ia
O.V.Dobrovollskogo; Bibliournfiia sost.
L.V.Tursunovoi.
Dushanbe, lzd-vo Akad. nauk Tadzhikskoi MR, 1965.
57 P.
(Materialy k biobibliografii uchenykh
Tadzhikistana, no~7)
(X,IRA 19: 1)
1. kkademiya nault. Tadzhikokoy MR. TSentrallnaya
nauchnaya
biblioteka.

-K, A
.11~ !A:
.-S
Di s r~ rta fJon: "On 'lip
Wavr's "n LI-ujdq." Can~ 0-1-- ";~nln 4 1 r
LDY-onosov, 'I "ar (Vc~-h-rma-,a n '-'n rr4

SOV/124-58 11-12226
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 11, p 37 (USSR.1
AUTHOR: Adkh 1, A I -
TITLE: On the Tneory of Ultrasonic-wave Propagation in Fluids (.K teorli
ras pros traneniya ul'trazvuka v zhidkostyakh)
PERIODICAL: Uch. zap. Tadzh. un-t., 1957, Vol 10. pp 114-124
ABSTRACT- Using the hydrodynamic equations obtained from the classical mod
of matter as a system of mass points governed bv a central law of
interaction, the author evolves formulae for the speed C and the
absorption coefficient of an ultrasonic wave traversing a fluid. Upon
assuming that the radial- distribution function (q(r)) is only slightly
dependent on the temperature T and on the specific volume ~ , and
disreF-arding the dependence of the integrals determining the internal
pressure and internal energy on T and v, he obtains the expression:
2 5kT 37T 3 1
c T-- ~- f r (D (r) g(r) dr
m mV 0
Card 1/2 wherein m is the molecular mass, k the Boltzmann constant,

On the Theory of Ultrasonic-wave Propagation n Flu;ds
SOVz 124 58- 11 12226
r the distance between molecules, and 4~(r) ;s the potential energy of
molecula:
interaction expressed as a function of r. B~ applying the quantitative results
obtained to a schematic model of a fluid consisting of ''solid" spherical
rnolecules
the molecular interaction being calculated numericully with an equation
containing
two hyperbolic terms, the author works out the relitionship between the speed
ct
sound on the one hand and the temperature and SpVCiIiC V0111111C 011 HIC
other, TI I C
speed of sound declines with increasing % and (,when 1, is constant.)
increases
with increasing temperature. Substituting for the constarts in the equation
for
(D (r) their numerical values. the author calcul ites \ alues tor C in iIT,
ar)IL'II
medium along the liquid- vapor- equilibrium live near the critical point.,
his cal
culated values for C affording a qualitatively accurate picture ot the
dependence
of C on the temperature.
B, B.
Card 21;~

SOV/124- 58-7-7445
Translation from; Referativnyy zhurnal, TvIckhanika, 1958, Nr 7, p 17 (USSR)
AUTHORS~ Adkhamov, A.
TITLE: The Propagation of an Ultrasonic Wave in a Medium of Neutral
Particles (Raspostraiieniye ul'trazvuka v srede iz neytral'nykh
chastits)
PERIODICAL- Uch. zap. Tadzh. un-,t, 1957, Vol 10, pp 125-132
ABSTRACT: The method of collective interaction developed by A.A.
Vlasov is used to examine the problem of the propagation of an
ultrasonic: wave in a medium of neutral particles. Starting
with the kinetic equation of Vlasov, the author evolves the
hydrodynamic equations. The assumption being made that the
deviations in the state of the medium within an ultrasonic wave
are small, these equations can be linearized. An examination
is made of a one-dimensional problern for which the wave-
propagation velocity can be found. Taking the case of the
simplest exponential law concerning the short-range repellent
forces
K (r) = 2L e 'gr
Card 1/Z r

SOV/114 ~h 7 74/
'rite Pi-optgatiwi Of w, uitt-asun'A Wwc iti o Mcdoun of Ncutral Particles
(.wherein 8 and x are certain constant. parameters of molecular inte, action
and
is the distance), the author obtains the following formula for the square of
the
velocity of an ultrasonic waNe:
I N
C 5RT + 1112~ d ( a
3M x IVI
wherein d - mp is the density, Na the Avogadro number, M the molecular wei
and R the gas constant. For heliun-i g - 2 j x 1018 erg cm, and %-1 32 x 108
cm' 1, If g and x are regarded as only slightly dependent on the nature of
the S
stance, and if the ind;cated , aues are adopted ioy thern ~he theoretical ,
alue of
can be obtained for various i!uids. For example, for acetone C - 1527 m/sec at
for benzene C = 1202 m '/sec at T :: 3000K, whereas these same values obtained
experimentally are 1190 and 1124 m/sec, respecti, ely, Hence, theoretical and
experimental results are in satisfactory agreement. To e~, olve a more precise
expression for C the correi,,ition of the density in the adjacent spaces is
taken inI
account. Use of the formulae olitained ior C ~n condensed media is restricted
to
systems in which the repellent iorces pre-ail over the forces ot attraction
The
author points out that the formulae 0,tained for the , elocitv apply to gases
rathel
than to liquids, Bibliography: 4 reierences
Card 2/2 V A. Krasil' niko~
I. Radio waves ---Propagation 2 Particles ~ ApplicatIon, I Mathematics
- Applications

9norl
S/0 5
2 ly. /z) 00 , --8/60./000/03/27/03C)
Translation from: Referativnyy zhuinal, Fizika, 19~0, No, 3, i~, ')PI-, i'l
6935
AUTHOR; Adkhamov, A.
T On theqs3atterirg of S-uJNE-ar the Critical Sta4~,
.........
PERIODICAL: Uch. zap. Tadzh. un-t, 1958, Vol, 18, pP. 52-58
T-17TY The scattering of, sound '-n tle region, is considered with the
aid of the -usual approximation of I lniar~ accus!.!~s (dAnl~itv
f.-luctuations only are
considered, while fluctuations of tempe.ratur6 ar-E ri,?gle'~ted) . density
of tbe
liquid is expressed in the. form of the s%im of the d6nsity valuE and
Its small fluctuations. In the cas,? of usinz th~- lir~ar- &;~.rd"Tlct~ :).f
thrl suand
velocity on the density fluctuation, tbe solul.ion- of Uh,~, Init-IP!
sy~~4,am of equation,,
Is reduced to the solution of a non-homogenecyu3 wavA- -quat..! ~n for a
quasi- r, otentl al.
The solution of the homogeneous equation wa--) is taken a--- zero approx-
imation, and the solution of the non-hcmogen~4c,.)s eqLation ( wave plu-z
scattering) is found by'the method of thj~' p.-T'urbatfon theory, With the
aid c~f
the presentation of the density in il-.& J-7,-rm. cf a three-di-al-M.Slorl!
_~v of a r--n-hcrn,ge-
Pourier series and the use of the (-xpressic, _I fo 4h~~ frze er~rg I
neous medium, the law of the angular distrlbu~.Ior- Df the Int-nsituv of
soatter-'-!
svu.-ad and the pertaining absorption
Card !/I A A. Senke,11-11

ADKRAMOV, A.
Solution of Vlasov's eqaation by the Hermite polynomial
expansion
method. Uch.zap.Tadzh.un. 18:59-65 158. (MIRA 14:7)
(Functions, Orthogonal) (Differential equations, Partial)

ADKHAMOV, A.A.
Molacular theory of ultrasonic dispersion in liquids. Izv.
Otd. geol.-khim. i tokh. nauk AM Tadzh. SM-no.1;3-12 159.
(MMA 14:8)
gosudarstvennyy
universitat imeni V.I. Lenina.
1. 'Tadzhikskiy
(Ultrasonic waves) (Liquids)

PHASE' I BOOE S(-)j*./'v.;-"
konforentqiya professorov i pl,epodavatclev
pvda..jk-richv';kiv-.h
In.-,titutov
III, tr"I'll'ustild it is9ledovanivu
veshchcgtva. vvp. 10. (Utilization
of 111[l."Isollic. r the ('f Nlatvrials. m.
10) Moscow, L'A-vo
s fo
MOPI, 1960. 321 p. 1000 copies printed.
E'd,- - V. F. Nozdrev, Professor, and 11.
13. Kudryavsev, Professol%
ITMPOSE: This book is intended for
physicists and enginvers Interested in
uiliasonic enQinevring.
The collection (if articles review.,,
present-day rescarch in the
of ultrasound in medivine, ch(-imstry,
physics, mctallurgy, ce-
rall-lies, petroluum and mining
en'rinvering, defectoscopy. and othrr fields.
No personalities are mentioned. References
accompany individual articles.
Card

AWHOR:
TITIZ:
PZI'ICDIC,,',L:
S/124,/62/000/012/004/009
D234/D308
Aid-khamov, A.A.
i~;&l-C6UTIrr-thC-O-I-yoz- velocity and absorption of
sound in liquids
II\'.cferativ-nyy zhurnal, 11-elcliariiha, no. 12, 1962, 17,
abstract 12B81 (Izv. TadzhSIU. Otd. rreol.-1,him.
0 r'
i tcl,,hn. n., 1961, no.'10), 21-30 (summary in
Tadzh))
The author considers the propagation of ultrasound
in liquids on the basis off a molecular-Icinctic theory devcloped by
"I.N. 3ogolyubov (iroblemy dintaAcheshoy teorii v statisticlics'.1coy
fizilce, (Problems o--- dynamic theory in statistical phy-sics), V.,
Gostel.-Iiizdat, 1946). The paper is a contiijuation of previous ones
by the author. Equations o-j'" propagation of ~ultrasound wa-vcs, the
sound velocity and the absorption coefficient are formulated for a
model representing matter as consisting of particles interactinG by
the law of central forces. The expressions for the velocity and the
Card 1/3

S/124/62/000/012/004/009
Molecular theory ... D234/J508
insignificant expansion of the liquid in states ne):t to
the cry-
stallization point can cause a sharp decrease of sowad
velocity.
Vor the modcL o,A'--' aon-iutcracti-ag spheres c- V, 9 1 A
- 1/9 if v
constant. Jependences of c and a on 0 are -also plotted
along the
saturation line (for liquid -w) and further in the'
ovcrhcatcf~ steam
region. CurvcG based on dif"Lerent models of liquid have
tIv-, same
qualitative form butdiffer quantitative.1y. They rive a
correct
qualitative description of =perimental dependences: in
particular,
thcy c-.--plain the behavior o-7 tlicsc, along the
saturation line. The
sound velocity alonL; the lat-ter dro-)G with incrcasia- a
sharper and
shar~)cr, and then, at,7ter a sharp bcnd at critical point,
increases.
.4% IncrClascs with 8 --harper and sharpcr, then decreases
after a bciid
at the critical point. All calculatiotis and gra-Phs are in
dimcn-
sionless coordinates, so that the rcsults are general.
f~~bstracter's note: Complete tramslation,2
Card 3/3

3 `_1 T-1
SA1158/62/000/0,04/074/1 050
A058/A1Ol
AUT'HOR: Adkhamov, A.A.
T=: On the molecular theory of velocity and absorption of
sound in
liquids
PERIODICAL: Referativnyy zhur-nal, Fizika, no. 4, 19062,
37, abstract 4G311
(V sb. "Primeneniye ulltraakust. k issled .. veshchest
va". v. 13,
M,oscow, 1961, 33-43)
TEM On the basis of the molecular-kinetic theory of the
liquid state,
the author calculates the propagation velocity and
absorption coefficient of
ultrasonic waves in liquids, , -s liquid models the author
used both the system
of non-interacting solid spheres and the system of solid
spheres interacting
according to the Lennard-Jones potential. In spite of some
quantitative dis-
agreement, both models correctly explain the temperature
dependence of the
velocity and of the absorption coefficient of sound for
constant density as well
as for the saturation line. There are 8 references.
L. Ryabchikov
FAbstracter's note: Complete translation]
L
Card 1/1

S/058/62/000/004/07-V 160
On the effect of resonance ... A058/AJOJ.
additions are insignificant. The author holds that the condition 00'C '~' 1
is
fulf'lled in liquids and gases, but not in solds or solidifying liquids.
f
L. Zarembo
[Abstrac'ter's note: Complete translation]
Card 2/2

S/058/62/000/008/061/134
Ac)61/Alol
AUTHOR: Adkhamov, A. A.
TITLE: Dispersion relations in acoustics
PERIODICAL: Referativnyy zhurnal, Fizika, no. 8, 19~2, 32, abstract 80282
(In collection: "Primeneniye ul'traakust. k issled. veshchestva",
no. 13, Moscow, 1961, 107 - n4)
TEXT: A more general integral interrelation, in which the kernel is de-
termined by molecular-kinetic processes 2in the medium, corresponds to the
common
expression for the velocity of sound, c =_PI'S,, in the presence
of,relaxation
processes. If this function is known, the dispersion of sdund velocity and
the
absorption coefficient are not difficult to determine. If, however, this
general
interrelation is unknown, expressions from the relaxation theory are used.
'An
attempt is made in the paper to generalize these known expressions, and an
in-
tegral relation is obtained between the dispersion of velocity and the
absorp-
tion coefficient for sufficiently general assumptions,
A. Polyakova
[Abstracter's note: Complete translation]
Card 1/1

ADKHAMOV, A.A.
Molecular theory of the speed and absorption of sound
in liquids.
Izv. Otd. geol.-khim. i tekh. nauk AN Tadzh. SSR
no.2:119-128 '61.
(MIRA 15:1)
1. Tadzhikskiy gosudarstvennyy universitet imeni
V.I.Lenina.
(Ultrasonic waves--Speed)

S/263/62/000/020/003/oo6
E194/EI35
AUTHOR: Adkhamov, A.A.
TITLE: on the molecular theory of the speed and absorption
of sound in liquids
PERIObICAL. Referativnyy zhurnal, otdellnyy vypusk, Izmeritellnaya.
teklinika, no.20, 1962, 13, abstract 32.20.113.
(In collection "Primeneniye ul'traakust. k issled.
veshchestva", no.141 M., 1961, 33-43)
TEXT: Results are given of a study of the speed of propagation
and the coeff:Lcient of absorption of ultrasonics in liquids as
function of temperature and (tensity on the basis of the molecular-
kinetic theory of N.N. Bogolyubov. The equation of propagation of
ultrasonic waves is given, which was d6rived from a system of .
hydrodynamics equations, allowing for viscosity of the medium and
spatial irregularitiesi a system consisting of a very large number
6f particles interacting according to the law of central forces was
used as.a molecular model of matter for the investigations. Curves
are given of the speed of sound as function of specific volume and
temperature. 8 figures. 8 references.
Card 1/1 ~Abstractorls note: Complete translation.D

S/058/62/000/OC,4/067/160
A058/AlO1
AUTdOR: Adkhamov, A. A.
TITIS: Taking into account space inhomogeneities in the theory of soiind
absorption in liquids
PERICDICAL: Referativnyy zhurnal. Fizika, no. 4, 1962, 31-32, abstract 4G268
(V sb. "Primeneniye ul'traakust. k issled. veshchestva". no. 14,
M
I
oscow, 1961, 45-51)
TEXT: In the relaxation theory of sound absorption, the spatial inhomo-
geneity of the medium is taken into account. This taking into account is
neces-
sary when the size of the spatial inhomogenities is comparable with the
wave-
length, i.e., at sufficiently high frequencies. Taking into account spatial
inhomogeneities can, in the author's opinion, explain the existence of
negative
dispersion. A generalization of relaxation theory to the case of
inhomogeneous
media is carried out within the framework of conventional relaxation
t.heory; at
thq same time the author starts from a consideration of the total internal
energy and derives an expression for complex sound velocity. The author
gives
curves for the frequency dependence of sound absorption and velocity for
differmt
Card 1/2

S/0 5 8/6 21000100 4/067/16 0
Taking into account space inhomogeneities ... A058/A101
parameters. It can be seen from the curves that taking
spatial inhomogencity
into account. substantially affects the shape of the
absorption curve; at 11F
the absorption curve drops downwards. The curve for the
dispersion of sound
velocity plotted without taking spatial inhomogeneity into
account evinces only
a smooth increase of the velocity to a maximum, whereas
taking spatial inhomo-
geneity into account leads to an increase in velocity to a
maximum and its
subsequent decrease. The position of the maximum depends
substantially on the
degree of inhomogeneity.
I. Ratinskaya
,.Abstracter's note: Complete translation]
Card 2/2

Ae-V
AOWAIOI
AUT11OR: Adkhamov, A.
TITLE: Ultra-sound absorption in viscous liquids
PERIODICAL- Referativnyy zhurnal, Fizika, no.11, 1963, 68,
abstract 1Zh4O5
(In collection: "Primeneniye ul'traa1tudL k issled.
v6shchbstvO.
no. 15, Moscow, 1961, 3 - 10)
Tr,XT: Absorption of ultra-sounds in visocus liquids is
considered with
account of the relaxation of the displacement and volume
viscosities. Famras-
sions are found for the speed and the absorption
coefficient of ultra-sound
without imposing a limit on the value of the dispersion.
When assuming that the
dispersion is small, these expressions turn into the usual
formulae of tho re-
layation theory. For large dispersion values simple
formulae are obUined ac-
cording to which the speed and the absorption coeffiolent
of ultra-sound in-
crease relatively slowly with the frequency. It is shown
that the absorption
coefficient on a wave-length has a maximum whose position
depends on the magAtide
of the dispersion; as the latter increases the maximum is
shifted towards the
Card 1/2

AMMOV, A.
Relation between the absorption and dispersion of sound in
homogeneous media. Dokl. AN Tadzh. SS11 4 no-4:13-17 161.
(MIRA 15:1)
1. Tadzhikskiy gosudarstvennyy universitet imeni V.I.
Lenina. Chlen-korrespondent AN Tadzhikskoy SSR.
(Sound)

S/275/63/000/001/025/035
D4 11 3-D-) 08
AUTHORS: Adkhamov, A. and Salakhutdinov, M.
TITLL; Contr�bution to the molecular kinetic theory of the
disperoion and aboorption of ultrasonic wavea in fluids
1311RIODICAL: Referativnyy zhurnal, Elektronika i yeye primeneniyev
no. 1, 1963, 9, abstract 1V 72 (In collection: Pri-
meneniye ul'traakust. k issled. veshchestva, no. 15,
M.t 1961, 41-48)
TEXT: A theoretical solution is obtained to the problem of the
connexion between the acouctic constants of a medium (ultrasonic
velocity, relaxation times etc.) and the parameters that character-
ize the molecular structure of the Eubstance. As a result of the
solution of a kinetic equation cliooen by a special method, expreo-
sions are derived for the dispersion of the velocity of sound and
for the absorption coefficient. But the process considered for the
velocity dispersion and ultrasonic absorption is due solely to the
relaxation of the kinetic part of the shear viscosity. The relaxa-
Card 1/2

Contribution to the
tion of the bulk viscosity
--tion -postulated --since-- the
not considered. 2 referencE)s.
lation.j
S/275/63/000/001/025/035
D413/D308
dods riot follow from the kinetic equa
-internal- -structure--of --t)ie -molecules AB
/-Lbstracter's note: Complete trans
Card 2/2.

ADKHAMOV. A.A.
Molecular kinetic theory of the absorption of
sound in dense
gases and liquids. Akust. zhur. 9 no.2:153-157 '63.
(MIRA 16;4)
1. Tadzhikskiy gosudarstvenMy universitet,
Dushanbe.
(Absorption of sound) (Molecules)

A. ; ASROROV, A.
Theer~v of ultrasound propigation in gases tark-Jinpr
imteraction into account. Dokl. AN Tadzh.SSR 8 nt).9.13-17
'65. (MIRA 18tl2)
1. Fiziko-teklinicheskiv inst.1tut imani A.U.Uma--ova AN
Trt.dz?NR.qi,oy &9R. 2. C!ilen-korrespondent AN Tadzhikskncy
SSR Oor Adkhamov), Submitted May 6, 1065,

Z. f -i4 A I I ~~- I ~ ~fl
ion term, in ac-,-nroancp wit-n *'~,c

electron distribution furict--lon 1---on prnpa-,,atior
ributio-n - function- with ~~ the fIrS t -few-t
-e=S---~Of -its. exp-ansioryLLim-
Hai FlAte po~vnohdals, the authors ob-1-ain a f initp Av-st--en, of A-i ffe-

~~, 7. -1-- ~.
-- - - - --? - ., -I
I .- - --, - . I , - '! -, - , ';~:-_ 7~~ ~
I - ~ " !-~,z,-, -..- -'~r ;:. ". - , , ; , . - i I - ,,- I

ACC NR: AP7011370 SOURCE CODEt UR/0425/66/009/012/0011/0014
AUTHOR: AdIchamov, A. A. (Corresponding Member TadzhSSR),,Makhmudov, T.
OF~G; Vhys ics -Engl nearing Institute Im. S. U. Umarovj AN TadzhSSR (Fitiko-
tekhnicheskiy institut AN TadzhSSR)
TITLE: Theory of distribution of ultrasonic waves In binary mixture, taking
Into account total Interaction
SOURCE% AN TadzhSSR. Doklady, v. 9, no. 12, 1966, 11-14
TOPIC TAGS: ultrasonic wave, molecular Interaction, hydrodynamic theory,
kinetic equation, Intermolecular force
SUB CODE: 20
ABSTRACT: 'The article concerns the distribution of ultrasonic waves in binary
mi-xtures, taldng into account the inner force field caused by the total
inter-
action of the molecules, The authors base their solution on linearized equa-
tio,rLs of gonaralized hydrodynamics derived from a kinetic equation which
takes
into account an inner force field., op + �a 0.
0,
Card 1/2

ACC NR: AP7011370
du CIP tpil - (p,F, + psF,) - 0,
rt + w. + dx
Op 5 Ja 2 dqa 0,
rt + -3 P _d1_r + _Y
where p1, p2, a.-.d p are the densities of the components and mixture; u
and P
are the speed and pressure of the rtt-.ture; c is the concentration of tho
first
componen-'.-; and F and F2 are the inner intermolecular forcee acting on
each
component. It i1 shown that the speed of sound depend's *not- -only on the
thermal
action of the molecules but also on their interaction. The coefficient of
ultrasonic absorption- depende, in turn, on tho character of thie
interaction*-
Orig. art. has: 8 formulas. 7
LJPRSi 40,3!3
Card 2/2

ADM) D.E. (Ieningrad, Vasillyevskiy ostrov, 1-ya IJniya, d-50, kv-31)
Subeutanems duodenal rupture in children. Klin.khir. no.9286-87
S 162, (MIU 16335)
1. Khirurgicheskoye otdeleniye detskoy bollnitsy imeni Raukhfusaq
leningrad.
(DIJODEIRZI-WOUNDS AND RIJURIES)

1 -1 -I - ~ ~; ,
j
RUMANIA/Cheraical Technology - Cherdcal Products and Their H-15
Application, Part 3- - Industrial Organic
Synthesis.
Abs Jour Ref Zhur - Khimiya, No 14, 1958, 47678
Author N. Barbulescu, W. Adlof
Inst -
Title Preparation of Ethyl Ester of Orthoformic Acid.
Orig Pub Rev. chim., 1957, 8, No 9, 605-6o6
Abstract Ethyl ester of orthoforriie acid (I) is prepared in an
improved laboratory installation of continuous action
using the reaction of CHC12 with C A ONa. The high
yield (61% in reference to Na) is secured by a minimum
contact of absolutc alcohol with the atnospheric raois-
turc and by the elimination of the action of i:ictallic
Na on the produced I.
A sketch of the installation is attached.
Card 1/1

ACC NR,
AT6036469
AUT11OR:- Adler, A.M
ORG: none
Se
TITLEs Changea In the erythrocyte count at lowered atmosphorlc_.ProsqurF~s
Paper
presented at thG Conference on Problem of Space Medicine hold In Moscow trom
24-27 May 1966J
SOURCES Vbnforontslya po problemam kosmichookoy moditainy, 1966. ProblenV
kosmichoakoy moditainy, (Problems of space mediolne); matorialy
konferentslip
Ebscowq 1966, 14-15
TOPIC TAGSt hypoxial, arythropoiesis, hematologyl, oxygen starvation
ABSTRACTS
To r.esolve Contradictions in the literature concerning.tile behavior
of erythrocyte counts and hemoglobin content under conditions of lowered
atmospheric pressure or oxygen starvation of other etiology, the authors
set out to investigate the dynamics of erythrocyte count shifts under con-
-ditions of lowered atmospheric pressure in white mice.
Card 113
DD/GD
SOURCE CODES UR/0000/66/000/000/0014/0015

Erythrocyte counts were made 1, 2, 4, 69-12,- 24, ard 48 hr after the
beginning of exi7osure.to lowered atmospheric pressure.
NRt AT6036469
The pressure chamber atmosphere was equivalent to an altitude of
3500 to 7000 m. Controls were kept in a glass container in the same room.
The average initial erythrocyte count (737 mice) was 9, 03 2, 000 /mM3.
During the first 2 days of exposure to an equivalent altitude to 3500 to
5000 m, lowered erythrocyte counts occur. Only toward the end of the second
day does the erythrocyte count increase,, apparently owing to intensified
erythropoiesis in the bone marrow.
A:t an equivalent altitude.of 55oo to 70M M*,-th'e'-'erythrocyte count begins
to rise after 24 hr. This must be due to the greater severity of oxygen
star- i---
vation at the higher "altitude". Erythrocyte counts of control animals did
not
vary significantly.
The initial decrease in erythrocyte count during exposure to lowered
atmospheric pressure is due to redistribution of erythrocytes: the CNS
r*ythrocytes th
.O,richer in e an.the. .rjp4qry._
(carotid artery) receives blog pe
Card 2/3

LJ UOLIJ-Ur
ACC NRi AT6030/+69
(caudal arterY), This redistribution persists 0 n ft,r the onset
of cOmP*nB&tOrY
erythrocytools. I-W.A. No. 22; ATD Report 66, 6:7
SUB CODE: 06
SUBM DAM OOMay66
Card 3/3 C,-11(-

..Ue 'on f 2,!&'6. 1 i'iv. UA Tin
us!. Ir,:l 3
..r.7 L' -I. ; ;." -
2. -Th. Imuutlm Zc- o? VIG !-4 1. 1m.
:o~.;Jkal
pp 6-7.
3- tc-, I-f IrR~A
Ar YLEI.-. At~.Iz"g :r.-!t i~
nof
of Alts L..~* r~&r
ulut-to or At'-'I~
'CUL a.. I i4, or ol tIt -1-
_h7!;CA. Ch.
R&~'tjA-au Y") fl,
(Iasti!mml ?.6 risles 'Lt~.)j '~' 13., -
6. -Tho L*o. of tw 1,VUv.'loa af N-I..r
PoIrA
ITrA&1.4,- 1. MPUI pr 12.
I. -IXX 911'"" C.' C~L
Ch. 'a*,Vd.t. fu wt.ni.a
.I --A,:?
A . L1 ilo 14.1a)1 I~p 12-:0.
I
LA-1k.
9. -V4*fu2 UtA t~* :ID 5~,' 1-181
pp
"oeap rncttaz~l,q ICXI.:Zl w~ D.
L.:4zXr'=Lj
+ z

AP;Elel, aoirt. an~v.
i-~ 913fl-I J~'.W IbOut slilkworms. ~71f, 22~ Teh Buc .14 no.,'-:17
Ja 162.

ADLER, B.
Study on lobotomy. lieur. psychiat. cask. 14 no.2-4:122-121-- Aug 51.
~CIML 21:5)

ADLER, B.
Modified electroshock therapy. Neur. psychiat. cesk. 14 no.2-4:126-
128 Aug 51- (CIKL 21:5)

ADTIM, E.
Contribution to the synthesis of B-diethylamine ethyla-7-dde of 2-chloro-
cinchoinic acid.
P. 553. GLASNIK.
Beograd. Vol.
20, no. 9, 1955
So. East
European
Accessions Ust
Vol. 5, 14). 9
September, 1956

DAVLETBAYEV, D.Sh.; KHANGILIDIN, G.N.~ KLYAVIN, RM.;
ADIER, E,11.
Using slag-portland cement for oil well cementing.
Neft. khoz. 40
no.8:20-23 Ag 162. (MIRA 17:2)

USSR/ General Problems of Pathology. Comparative Oncology. Tumors U-7
in Humans
j',bs Jour :Rof Zhur Biol., No 13t 1958) No 61234
Author :Belan A. Hcjnal J, I *~g~
qT,,F., Masek R.
Inst :C
Title :Primary Cancer of the Lower Horizontal Part of the Duodenum
Orig Pub :Rozhl. chirurg., 1957, No 12, 83o-835
i,bstract :Description of a case of an adenocarcinoma of the lower hori-
zontal part of the duodenum, in a patient 68 years of nge.
Resection was made of the duodenum end the greater part of
the affected pancreas. ILfter the operation, the patient felt
well for 9 months., and died from bronchopneumonia. Postmor-
tem did not reveal any netastasis of the adenocarcinoma. 9he
clinical picture and differentiated diagnosis were discussed.
Me difficulty of a diagnosis of the nbove mentioned condition
is emphasized.
C44rd 1/1

A DLE R "-'.
ContHbution to 'he treatment of' varicclst~, Cas.
2ek. cesk.
104 no.16:444-445 23 Ap 165
1 . Intanil oddeled. Obv0dniho ustaim ilarcciniLo
zdravi v F~.aze
(red-itel Obvodnilio ustavu narodniho zdravi HUD-r.
J. Rotman).

IMNUMP,toinic and Molecular Physics - Heat D-6
Abs Jour : Ref Zhur - Fisika, No 4, 1959, No 54050
4.Luthor :-Adler Gyorgy, Freud Geza
inst
. ,,lax U
Titlo : Cn tho Principle of I i~.ium- for the Dilfcrential Equnt-Lon of
17--oat Coi:duction. I.
Orig, Pub: '.Magyar tud. alhad. Mat. kutato int. kozi., 1956, 1, No 1-2,
157-165
Abstract The a,~t',Iors cons-idcr a case in which nart of the boundary of
the body that conaucts the heat.? is thermally insulated.
It is proven that the maximum (or minimum) of the temperature
cannot be reached on the insulated portion of the boundary,
with the ex.ception, perhaps, of the initial instant of time.
Card 1/1

HLqP,TY/1'*,toi..ic and Molecular Physics - Heat D-6
Abs Jour Ref Zhur - Fizilm, Ho 2, 1959, No 2064
Author
Inst
Title Problen of Heat Conduction and Diffusion with Mixed
Boundary Conditions. II.
OriZ Pub Mlagryar tud. ahad. Yzt. hutato int. kozl., 1956, 1, !,!o 1-2,
167-.-L83
,"JOStraCtu ',T.\70 problems of haat conduction (diffusion) are solved.
In the first probleri the author considers tim infinite
heat conducting rods, malhin- contact with a heat reservoir.
L1 11
In the second t' ere are two reservoirs of heat, Joined
by a heat conducting rod. For part I see ~,bstrcct 3)63.
.-',utborls resume
Card 1/1
24

lor
General12atiOn of a Problem of Interpolation in Connection With Kernel
punctigne
1-11 -Adler, Gy8rqIL.-~6nkralisation d'un'probMme - de-fi-n-te-r.
poln-N-~'C-OimFxion avec les fonctions-noyau. Magyar-
Tud. Akad. Mat. Kutat6 Int. Kdzl, 2 (1957), 145-152.: ,Fl W
(Hungarian and Russian summaries)
Let" E denote the class of functions satisfying the
equat ion
Au(x,y)=q(x,y)f;(x,y) (q(x,y)>O).
It is desired to find a function a e Z the square of whose'
norni
E (i s) =ffD (it., 2 + uy 2 j- qit2jdxdy
is a minimum among functions satisfying.,certain ~'con-
ditions at a given finite number of points in the region b,
The author shows how the solution may be written in
terras of the kernel functions of S. Bergman and M.
ScIiiffer; see the interpolation problem given on pp.
258-261 and 27S-281 of their book, Kernel functions and
elliptic differential equations in mathematical physics'
[Academic Press, New York, 1953; MR 14, 876).
From the author's summary

ADLER, Georges Budapest)
"WIMKIt.
A new type of the limit problem of heat conduction.
Hat kat kozl
MTA 4 no.2:109-127 '59 (LUI 9-3)
1, A Magyar Tudomanyos Akademia Matematikal Kutato
Intezete,
(Heat) (Functions)

ADLER, Georges [Adler, Gyorgy] (Budapest)
\ \A r~mark-tt=pace flight. In French. Mat kat kozl
MTL 4 no.2:
197-200 159 (RUI 9:3)
1. A Magyar Tudomanyos Akademis Matematikai Kutato
Inte2ete.
(Space flight)

ADLERg G.; FREUD9 GG
Application of Mikusinskils calculations in the solution of an equation
in partial derivation. Mat kut koz1 MTA 4 no-3/4:36?-3?5 159.
(EEAI 9:9)
(Differential equations)

KPUIVITS, Arti2r; ADII-,,1-4,, Gyo,,gy, dr., tuda.-Ir-riyos
mun],:~tars
Application of the Kravits feed pump in fast-running diesel
engines. Jarmu mezo gep 6 no.1-2.376-381 '59.
1. liagyar Tudomanyos Akademi& Vatematikai Kutato Intezete
(for Adler).

ADLER, G.
Data on the pseudostationary condition occurring in the theory of
mixing. Mat kut kozl XTA 5 no.1/2:223-228 160. (EFAI 10:1)
(mixing)

FICHERA, Gaetano; ADLER, Qyorgy [Translator]
A unifom thaory on contour ve-lue problem relating to
second order elipptic-parabolic equations. Mat kozl Mta
13 no.4:375-393 163.

ADLIT, G.
Majoration of g--adje-,t, of 'the of the 6~u,:,tion
fo Irt.l. 1'%,ta ad",
lo
institut da MA~Lqutique c ~s 8
Hongr!e, Radspest. --s--oent4 per A.

ADMRP G.
Principlos of maximum portincnoo to tho elliptic and parabolic
type equations in case of lirAted, initial, respectively non-
continuous and nonlirdted conditions. Acta mt ]lung 13 no-3/1+:
289-297 162.
1. Institut do Hathomatique de L'Acadome des Sciences do 11ongrie.,
Budapest. Prosonte par 11. Turan.

----ADLF,R,.__G,., (Budapest)
Evaluation of the gradients of the so2uticns of the c-quaticn
8 u-au..', = f. Pt.2. Acta mat Hung 15 no.3/4.259-283 164.
U
1. Institut Je Mathematique de 11 Academie des Sciences de
Hongrie, Buuapast. Submitted February 19, 1963.

ADLER, G.
Generalization of the notion of envelopes. Acta mat Hung 13 no.3/4:
393-396 162,
1. Institut de Mathematique de L'Academie des Sciences de Hongriej
Budapest. Presente par G.Hajos.

ZOSI14 )0. , prof.; MENU, N. , dr.; BARBU, N. , dr.; HEIMING, R. , dr.;
ADLER) H. , dr.; BROD, M. , dr.; POP, S... dr.; SCEMIARZKOFF, A., dr.
Arterial hypertension of pyelonephritic origin. Med. intern. 14 nc-.9:
1065-1073 S 162.
1. Lucrare efectuata in Clinica a III-a medicala I.M.Timisoara.
(PYELoNEmITIS) (h-YPLRTE14SjOjjI, RENAL)

ADld-;Il, 1. _ ing.
The hydroolectric plant of Volgograd. Hid-rotehnica 7 no.9:30?-319
I /
62.

ADIJ,,R, I., ing.
Electric power and economic ii-;portance of' the Bratsk
Hydroelectric Plant in the frw,-,ework of th-e complex
development of the Angara River. Hidrotehnica 8 no. 4:
153-156 Ap 163.

aim, Ief ing.
Construction of the Ebmtsk llydrotechnical Complex. Hidre-
tehnica 8 no.7X265-4VO J1163.
I
I
I

ADLERY I., ing.
"Hydrotechnical constructions in hydroamelicrative-vork"
by N.G. loan, N.G. 1ga. Reviewed by 1. A61er. Hidrcteh
apele meteor 9 no.lcO Ja 164.
"Handbook on concrete quality ,:on'~roling.li Reriewed by I.
Adler. Tbid.:46-4"?

ADUR, Mikl9s, dr.; UDVARHELTI, Agoston, dr.; GORTVAI, Ojrorgv, dr.;
""~cmtal munkatars dr. Hamburger, Intvannn.
Effects nf bed utilization and the number of patients on
therapeutic wnrk. NaPegeazaeguff 38 n0.3:64-66 mar 57.
1. KOZIPM"rq a buda Psti Robert Karoly korutt korhaz (igazgato*
Kraaznai, Ivan dr.31I. sz. belos2talyarol (foorvas:
Krasznai, Ivan: dr.) es Il. sz. beloaztalyarol (foorvos:
Gortvai, GyorMr, dr.).
(MSPITM,S
bed utilization in Hungarian hosp., relation to
effectiveness of ther. work (Hun))

KOVACS, Rrvin, dr. ; ADLICR, Miklos, dr. ; BOJS7.KO,Imre,dr.; PARADI,
Zoltan, dr.
Therapeutic experiences with the new synthetic coiLmarin derivative,
syncumar. Orv. hetil. 101 no.13:448-452 27 Mr #60.
1. Fovarosi Robert Karoly koruti Korhaz, laboratorium e9 IL oz.
Belontaly.
(GORkRINS ther.)

GORTVAI, Gyorgyt dr. ADLER, MMos,dr., KOVACSI 1,~-,r4a,dr.
Dur experiences with lasting enticoapalant therapy. On7-. hetilil.
105 no.]-3-.607-610 29 ~Lrt64
1. S~,ovetseg iitcai Korhaz, Belnogyasntd a,,~Anly.

FOSTNIKOV, D.V.; ADLER) M.G.
Conditions governing the sedimentation in the terrigenous
Devonian formation, in the Bavhkirian arch and in its border
sections in the Bashkirian A.S.S.R. Neftegaz. geol. i gqofiz.
no. 5:27-31 163. (MIRA 17:5)
1. Ufimskiy neftyanoy nauchno-issledovatellskiv institut.

ACC INRi- AM-B94i M791376M00702070199/019
INVENTOR: Adler, M. V,; Gorbachev, L. M.; Lapavok, V. S.; Lovchev,
S& V.; Sokolov,
C. I.; Frenk, M. Ts.; Churikov, Ye. P.
ORG: none
TITLE: Ventilating unit for aircraft. Class 62, No. 187540
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye
znaki,-no.--2O,,l966, 199
TOPIC TAOS: aircraft cabin environment, aircraft cabin equipment,
centrifugal blowei
air conditioning equipment
ABSTRACT: An Author Certificate has been issued for a ventilating
unit for aircraft
which contains a fan with a drive. To assure the unit's efficient
operation in
,ground-based and airborne applications, the fan is mounted on a
separate shaft and it
operated by an electric drive through an axial over-riding clutch;
a centrifugal
clutch is used for operation on turbine drive. [WA-981
SUB CODE: 01, 13/ SUBM DATE: .10reb64
Card .1/1 UDC: 629.13.01106

AID P - 2389
Subject USSR/Engineering
Card 1/1 Pub. 110-a - 3/15
Authors : Adler, M. V. and Karpin, E. B., Eng.
Title : Automatic fit of turbine wheel discs
Periodical : Teploenergetika, 7, 15-19, Jl 1955
Abstract The effect of stresses in the wheel caused by the forced
shrinkage of the disc on the shaft is discussed. A
method of'decreasing these stresses in the wheel hub by
means of rotating the wheel at an appropriate speed is
suggested and a mathematical analysis Is presented. The-
favorable effect of plasticity and usual stresses on
the shrinkage is illustrated in curves and diagrams.
Institution: Kaluga Turbine Plant
Submitted : No date

"J
1-chambers; 2-turbine chamber; 3-guide vane'assembly; 4- ide vane; 5-working
9u
blades; 6-channels; 7-guide F31ots; 8--outp4t duct
SUB CODE: 13/ SUBM DATE: 25sep6h
Card 2/2

, - - , - - 5
. I li I - I I
~~ ~- -W~I, - -,
-1,.I
1.7 - -;N -
-~ . , ~ 1-

%
10-65 :P~vnf r) /9 !)~v c 1--rp, -3 N I
1 '7, i I i IT

-1- e- -=. 1-1-1-411-1- ... - ~ fT--, -n-TM-M-1 ~.~
. . . I I. .1-1 1 . -0- -:
" -- - ~ : - ~ i 1 ~;, ~, - ~ I -

L 650rJ;-A;i - -
. _
~- - - -
, - ".- ~, 1. ~--"

ACC--NRi -AP7005598 SOURCE CODE: UR/0413/67/000/002/0029/0029
INVENTOR: Adler, M. V.; Churi.kov, Ye. P.; Frenk, M. To.
ORG: None
TITLE: A turbocooler for air conditioning systems. Class 17, No.
190376
SOURCE: Izobreteniya, pr9myshlennyye obraztsy, tovarnyye znaki,
no. 2, 1967, 29
~`OPIC TAGS: air conditioning equipment, turbine blade, cooling
IABSTRACT: This Author's Certificate introduces a turbbcooler for
air conditioning
I
isystems. The installation contains a sectional housing with
guide vane assembly in
the plane of symmetry and cantilever axles with discs mounted on
them. The operational
reliability of the unit is increased without lose of efficiency
by reducing the rota-
iional speed. The disco have turbine-type working blades located
radially one after
he other in the plane of symmetry of the housing at an angle
which producer, opposing
otation. Deceleration blades are mounted on the external sides of
the dincs.
Card 1/2
0

I ACC NRt APT00559B fffb -
1 and 2--rotor discs; 3 and 4-turbine blades; 5 and 6--decelen.ti~- blades
SUEk CODE: 13/ ISUBM DATE: 22MV65
Card 2/2

C r)j . Tr~r;t, r :~E,
17
fur ~;it. ernoliltl. 1%7
11 702, 1111 Vo.
-3 pe

.kDLI,,Rl 1'.
735-32)
Medizinische Klinik and stomatologis che K.Linik der
Universitat in Debrer~--n, Ungarn.
~7'ber (~~olesterinesterart--Aktivitat im menschlichen Spoichel
On cholinesterase
activity of the hunan saliva Zeitschrift fur Stomatolorie
1,948, L1519 (411-44) Graphs 3
W
Human saliva has neither cholinesterase activi',, nor
inhihitory action on this
enzyme.
Roche - Faris
So: Excerpta Medica, I~ol. T-I, No 7, Sec. II, july 1949

ADLER) P. 19h9
(Stomatology Dept. ?, U. of Debrecen.)
"Influence of Teeth, Mastication and Motility on the Development of the
Lower Jaw."
Deutsche Zahnarztliche Zeitschrift) Munich) 1949, 4/2(91,;-012)
Abst. Exc. Med. 1, Vol. 111, No. 12, p. 450

ADLER, P 1949
(Dehrecen U. Stomatol. Clinic & Gyogyszertani Intezetenek
Kozlemenyc.)
"Protective Agencies Against the Dissolution of Dental Enamel."
Fogorvosi S7emle 1949 42/9 (318-320)
Abat: Exc. Med. 11, Vol. 1111 No. 4, P. 444

ADLER. P;STRAUB, J;SARKANY, I.
Concentration of fluoride in drinking water in relation to
dental caries. Fogorv. szemle. 43 no-7:214-222 July 1950.
(CIJ4L 20: 1)
1, Stomatological Clinic (Acting Director -- Dr. Peter Adler),
and Medical Chemistry Institute, (Acting Director -- Dr. Janos
Straub), Debrecen University.

ADLER, P. 1951
(Stomatol. Klin. U. of Debrecen.)
"Effect of Protective, Non-Toxic Amount of Flourine in Drinking Water
on Tooth
Eruption, Especially on the Permanet Molars."
Act& Medica (Buda, est) 1951, 2/2(349-360)
Abst: Exc. Med. M VOL 5. No. 10, p. 1156

ADLER,- P,;BAITYASZ, T.;JAVOR, T.;KXSZTYUS, L.;SIMON,
H.;SZIIAGYI, T.;VARGA, X.;
WIR 0 Be
Novo~aina azoprotain and novocain allergy. Apta physiol.
hung. 4 no.1-2:
195-210 1953- (GIXL 251-1)
1. Of the Physiological and Pathopbysiolo&al Institute
and of the
Stomatological and Dermatological Clinics, Debrecen
University.

4617. ADM P. and STRAUB J. Dept. of Stomatol.; Dept. of med. Chow., Univ. mod.
Sch., Debrecen, Hungary. * A water-borne caries-protective agent other than
fluorine
ACTAM.ACAD.SCM1T.1JUNG. (BudaPost)1953, 4/3-4 (221-227) Tables 4
Caries rates were compared in 2 adjacent villages (Gyoma and D6vavAnya) of
the Hun-
garian lowlands. At Gyoma, caries indexes of the school population agreed
fairly with
those expected in relation to the fluoride level of the domestic waters in
comparison
with other fluoride communities in Hungary. Surprisingly low indices were
noted at
D6vavAqa (In children aged 12-14 yr. 0-77 INPnCRR teeth per child). The
fluoride
content of the domestic waters (several artesian wells) was markedly lower at
Devavanyl
than at Gyoma. No increased uptake of fluoride from the domestic waters by
the teeth
in the posteraptive stage occurred at D'evavkiya. As no other clue is found
to explain
the low caries index at De'vavdnya, it is conjectured that a water-borne
caries protec-
tive agent, that is not fluorine, exists in the domestic waters, and is
absent at
Gyoma. Nothing is known as to the nature of this agent. Adler (Chem. Abstr.)
SO: Excerpta Modica, Section If, Vol 7, No 9

ADMI,t
QJIPM~Oal Abst.
Vol- 48 No. 4
Feb. 25, 1954
Biological Ch6mistry
(j~Won of proti4a solutions, J, ITTri "[jild 11.
nly. Ptbrqen?fiung.).' 'Curren Pw,:,cIj7;'
Am esid & Aralgesk 29, or
brown discoloration of prwivinc zoIns, Ivas rvzOily jlmhiccd
ivilh'A F I C d Cd ions. Mcoluted soln-, of 2
and greati~r faMs ithrr
inti-avenous Injection lit *ckits and Icss aticsthetic 01ra in
4os Sciatic-nervC -timp-t-m-tbatt fresh proc-tint: nolus, of

ADLER, P.
]Cffect upon the growth of the jaws of asymmatrical (crosswise)
removal of teeth in the dog. Acta morph. hung. 5 no-3-4:223-230
1955.
1. Departgent of Stomatology of the Medical University, Debrecen
(Director; Prof. F. Adler)
Prof. Peter Adler. Debracen, 12. Fogaszati klin. Hungary.
(JAWS. physiology,
off. of symmeirical extraction of teeth on growth in dogs)
physiology,
off. of symmetrical extraction on growth of jaws in dogs)

.ADLER. Peter. dr.
Use of fluorine ions in prevention of dental caries.
NepegemegugY 36 no.1:22-24 Jan 55.
1. Kozlemeny a Debreceni Orvostudomanyi Egyatem Stomatologiai
Klinikajarol (1gazgato: Adler, Peter dr. agyetemi tanar).
(DENTAL CARISS, prevention and control
fluorine, evaluation.)
(FLUORINE, ther. use
dental caries prev.)

ADLIR, Peter, dr.
Rxperiences with chlortetracycline therapy in
odontogenic
osteomyelitis. Orv. hatil. 97 no.23:624-628 3 June 56
1. A Debri4coni Orvostudomanyi FgVetem Stomatologiai
Klinikajanak
(igaz gato: Adler Peter dr. egyet. tanar) kozlemenye.
(OST109YELITIS
mandible, odontogenic & traumatic, ther.,
chlortetracycline
(Hun))
(HANDIBLE, die.
osteomyelitis, odontogenic & tra,i tic, ther.,
chlortetracycline (Hun))
(OHLCRTNTRACYCLI14B, ther. use
osteomyelitis of mandible, odontogenic & traumatic
(Ran))

16 00. ADLER P. Stornatol. Clin. U-niv. Nle~. Soh. ~
Debrecen, HT~mgarv. * T h -4
-r-n c. c o f d e r, t a ~ca ries in adole scents with
miff crent
occlItisior. J.DE.N.RES. 35 3 (344-34,~) Tables, 3
The incidence of dental caries was examined 'n
adolescents 16 to 18 vr. of age In
reiationsnip to normal occlu~lon or type of
mal'~cclusion. Groups of iQividuals
with maloccluding dentitions dlsi)lay 11f9her CER
(I)NIF) Indexes genc~rally than
those with normal ouclusion. 'Covered bite,, with
norni'd interinaxillary niolar
and canine relationships. is associated with less decay
than normal occlusion.
This is true to some degr . c for Class 11. Division 2
nialocclusion also. at least
in so far as in this type of malocclusion decay is not
more than in the normal
occlusion group. This finding points to the role of
hereditary factors in caries
susceptibility. Dental decay is an important causative
factor of malocclusion,
approximately 207o of malocclusions being apparently due
to tile early loss of
(carious) permanent teeth. Kirch - Chicago, 111.

3031. Effect on the blood pressure of some new
local anaeithelics CN-r drn Mitt-
dnickelfi,ka vinigt-r neuvr Lokalanai,~thutica,
Ai)j.i:v 11. and Ki),i.smt L St,-niatol.
Univ.-Klin-, Debrecen Anaesthesist 19.7)8, 7 ~)
(TI-rMT71) Graphs 4
Coll, pa a we exam nations in aninlak
(chloralized dogs) were mado with r0crenco
to the depressive effect oil the blood pressure
of svveral local anavsthetics, siich w;
hydrox procaine, liloroprocaine, lidocaine,
and 2- 1- i ridv
ethyl)-p-pOl~**~ilIrleiiylketgiie (1). The
results obtained will%
procaine were ti en as the bwis 0 comparison.
With equimolecular solutions a
more pronounced depressor effect on the blood
pressure was established; essential
for practice, however, is that the equi-effective
solution in comparison with procaine
causes fewer side -ffects (dental anaesthesia). I
was proved to have a markedly
negative effect on thc blood pressure and i,
therefore not suitable in practice,
Moritsch - Vienna (IX, 18)

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ADLIR, Peter,,
Pathologloal loo8ening of the teeth. Orv. hetil. 99
llosl6:517-525 20
Apr 58.
1, A Debreoeni Orvostudomanyi Egyetem Stomatologiai
Klinikajanak (igazgato
Adler Peter dr. egyet. tanar) kozlemenve,
(NITH, dis.
pathol. loosenini; (Hun))

,A~4~.-Ppater, az orvostudormnyok doltora,
egy. tans.r
Gral surgery problems. Magy tud 68
no.11:675-681 11 161.
1. Debreceni Orvostudomanyi Egyetem.
(Mouth-Surgery)

ILI
n 1-1

7f,;

j v:
Ll
11 Lo

oj-, c

f,

T, i

-,.rc

ADLER, Peter, dr.; POLCZER, Gyorgyi, dr.
Increase of the incidence of caries In the last decade.
Nepegeazsegugy
44 i2o.2:40-45 F 163.
1. Kozlemeny a Debreceni Orvostudomanyi Egyetem Stomatologiai
Klinikajarol. (DENTAL CARIES) (STATISTICS)