SCIENTIFIC ABSTRACT KIRZON, M.V. - KISBAN, J.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000722730004-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 10961-67 EdT(1)___3Cn! DD/ID
ACC NR, A 6036578 SOURCE COR-sui~/ /66~66o/6op/oi~98/02001*
AU7HCR: Kirzon, M. V.1 Chernova, Z1. G.
ORG: none
TIME: Analysis at the neuron level of respiratory center readjustment under
conditions of excess internal Sygen pressure breathing"tPaper presented at the
Conference on Problems of Space Medicine held in Moscow from 24 to 27 May 19661
SOURCE: Konferentsiya po, problemam kosmicheskoy meditsiny, 1966. Problemy
kosmicheskoy meditsiny. (Problems of space medicine); materialy konferentaiip
Hosc(nf, 1966, 198-200
TOPIC TAGS: hyperoxia, oxygen excess pressure, biologic respiration, autonomio
nervous system, vagus nerve
ABSTRACT: The behavior of bulbar respiratory neurons during excess intra-
pulmonary pressure breathing was studied in nembutal -anesthetized or de -
cerebrated cats. It was demonstrated that a* readjustment does occur in
respiratory center activity.
Various kinds of changes are seen In the activity of various' respira-
tory neurons during excess intrapulmonary pressure breathing, Charac-
teristic activity cbanges of two kinds occur during excess :Atrapulmonary
pressure breathing in. both Inspira~qrX.~pd. expiratory neurons. GroupI
-Cord. 1/4--__

L 10961-67
ACC'NR. _,kt&6~65_f6__
inspiratory and expiratory neurons, showing one kind of change, are the
automatic respiratory neurons controlling the phase activity of the respi-
ratory muscles. Group 11 inspiratory and expiratory neurons can lose
their respiratory activity.
Apnea on commencing excess intrapulmonary pressure breathing re-
sults from inhibition, particularly of Group I inspiratory neurons, by con-
tinuous afferentation from the vague nerve. Pulse frequency in individual
'afferent fibers at the onset of excess intrapulmonary pressure reaches
100 to 200 pulses/see, which is near the frequencies of central vague
nerve stimulation at which inhibition of inspiration occurs.
During apnea a different Idnd of non-phased impulsation occurs in the
remaining respiratory neurons. The activity of Group I expiratory neurons
during apnea is probably due mainly to interconnections between Group I
inspiratory and expiratory neurons.
Sudden resumption of breathing, (deinhibition of Group I inspiratory,
neurons) Is accomplished by afferent pulses from the carotid sinus zone.
Vagus.nerve afferentation increases as the moment when respiration in
resumed approache.s; this also indicates Inhibition of.Group I inspiratory

L 1o961_67
ACC NR, AT6036578
neurons (pulse frequency in individual vague nerve fibers decreases to
70 to 100 pulses/sec),
Afferent pulses along dorsal nerve roots to respiratory muscles have I
no part in the resumption of breathing. This Is probably because during
aprzpa there is no basic afferent flow from the majority of respiratory
mu.4cle proprioceptors which are located In the respiratory muscles. Dur-
ing excess pressure breathing, these muscles exhibit phase activity. Thle
proprioceptor impulsation pattern is evidently the result of considerable
dependence of proprioceptor activity on the activity of the bulbar re6pira-
tory center itself, evoked by the gamma system, or else on the passive
stretching of th'e respiratory muscles. During apnea, the gamma system of
the respiratory muscles is apparently inhibited at the bulbar level by lateral i
connections with the respiratory center. This inhibition is sufficient to
nullify gamma activation of respiratory muscle proprioceptors.
During excess intrapulmonary pressure, respiratory movements are
controlled by phase activity of Group I inspiratory and. expiratory neurons.
With prolonged exposure to excess intrapulmonary pressure, changes I
occur in the phase activity of these neurons, Including chr-ages in duration
:of volleys, pulse frequency In volleya, and the character of frequency vari-
Card 3A

L 10961-67
Acc-4R.-AT603657-8
ations within volleys. Respiratory muscle activity during inhalation and
exhalation is in correlation with the activity of these neurons.
Group 11 respiratory neurons show continuous activity both during
active respiration and during apnea, with occasional variation in frequency
from one phase of respiration to another, The activity of these neurons is
very similar to unphased activity of the respiratory muscles.
During excess intrapulmonary pressure, respiratory neurons inactive
during normal respiration show activity.
Respiratory center readjustments similar to these may occur under
other types of adverse respiratory conditions, suggesting that there is a
single scheme of bulbar respiratory center function for all elmila
.conditi.on*. [W.A. No@'* 22; ATD Report
SUB CODE:
06 / SUBX DATRI OG(V"
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KIS, Aladar,, a tortenalemtudomany kandidatuBa, egyetemi adjunkt,.w
Foreign policy of the Talaki Governmnt prior to World War II.
%gy tud 69 no.6/7059-380 Je-J1 162.
1. Eotvos Lorand TudomanyeMtemp Budapeat.
"11-1
-1 ~11 I
4

LAYIS. Karoly. dr..; KIS, Andran dr.
~., I
Bilateml, mammary cancer. Ory. hatil. 96 no.40:11061-1111 2 Oct.
55.
1. Az Oresagoo Onkologial Intezat onko-pathologial (vaseto: Kellner
Bels, dr.) as Saboozati Oestalyanak (ooztalyvssato foorrov: Huttl
Tivadar dr.) kozlmenye.
(BRUST, neoplamus
carcinona, bilateral)

KIS, Andras
Acoustic trauma and its prevention in weaving mills. Xagy textil
13 no,.1:12-34 Ja 161.

KIS) Andras, oklevelea epieteszmernok, okleveles gspeszmernok,
egyatemi adjunktus
Noise protection on motorboats. Jarmu mezo gep 11 no. 2:
70-79 F 164,
1. Budapeati Muszaki Egyetem Gepelenek Tanazeke.

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'Tew dr-,+,t on the niecies !'Iatyclels ftcs-lellint) vlftnfli CharT..
A (I eir i fit- T 1 11 c I 1 -1 re 11m.1 111 1 11 1 11
Cl,:,I, Riui,~nia. Vol 9, ni. 1, 1Q5.P.
!-'~-)nthly List of E-st Eurorean Accaisl r)ns (EF-Al 'Inl. f', no. 7p J~,Jy Ic,59.
incl.

-RLr.':kfTT;, / Genoral and Special Zoolo~.,,Y- L-130cts- p
Systof-latics and Faunistic3.
I.bs Jour; -Rof Zhur-Biol., No 14, '~3,,j37.
,.uthor : Kis, :3.
Inst : -4-uCad-T-1yof the R:-'-R.
Titla : TIvo Urtho')tera Spacies, New for th3 'ILuanian
Fauna.
Crig Pub: Corwn. ,xad. 102,., 1957, 7, Io 5, 547-551.
1 (84 9-3ciLiiens in trio
x.bstract: 2oecilinon intorLiedius Fic).
bottom lands near Cluj) and 21Ltyclcis inedvedevi
'-.*ir. (1C spacimiDns In Dobrudja) wara found in
Rumania for the first time.
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1! Uri A fly
CSONTO3, LaszloI Dr,..":,_Crjj'-,TAPT. Marl-~, (Xrs M.), Dr; National Animal
he.-LILh Instituto (directort KADAII, Tibor, Dr, cand. of vet. sci.) (Orszagos
Allategeszoegugyl Intezet).
"Etiological Studies Involving Influenza of Geese I. Virus Isolation.4
Budapest, Yapyar Allatorvosok Lap,% Vol 22, No 1. Jan 67, pages 9-11.
Abstract: [Authors' Eneli3h summary modified] In an influenza epidemic in-
volving 2-4 week old goslings, the virus was successfully isolated from
tho cadavers, especially the bowel content, of anLrklls which succumbed to the
disease. Syncytia, and cytoplasmic inclusions warur produced by the virus in
monolayer cultures of eoose kidney tissue. The infectivity of the virus re-
mained unchanged after treatment with 20 % ether or chloroform, 0.1 % Na
desoxycholate or Na dodecylsulfate, 0.25 % trypsin and also by a low (3.0)
pH of the medium. 7he virus was not stabilized by a molar solution of Mrcl2
at 500 C. Studies with IDUR indicated that the virus contains RNA. The virus
was successfully propagated in embryonated hen and goose eggs; it killed the
embryo3 and produced characteristic lesions both In the embryos and in the
chorion allantoic membrane as well. The virus could also be propagated in
mcnolayer cultures of chicken kidney tissue. Cultures infected with the virus
failed to adsor1b erythrocytes of the chicken, goose, mouse, guinea pig and
rabbit and the virus did not agglutinate cattle erythrocytes. On the basis
of these properties, the virus is thought to belong to the REO-group of
viruses. 1 Hungarian, 5 Western references.

JANCSIN, Jozsef, dr.; " renc, dr.
Two cases of unusual complications In par& amino salicylic acid
therapy. Tuberk. kardesei 9 no.4:174-176 Aug 56.
1. A bajai Varosi Tanace Korhaza (1gas. lurg, Ide, dr. candidatus
Tbc. oaztalyanak (foorvos: Jancein, Jozeef. dr.) kozl.
(PARA AMINO SKLICTLIC ACID, inj. eff.
unusual cases (Hun))

TOYM. Peter; TAKACS) Erika; SZEPESI, Sandor, fomernok; KIS, Ferenc
Work of the Institute for Development of Ileavy-Current
Products and the Institute for Co=ercial Quality Control.
Ujit lap 15 no.23:5 10 D 163.
1. "Ujitok lapja" felelos szerkeaztoje (for Tokar).
2. Erosaramu Gyartmanyfejlesztesi Intezet igazgatoja
(for Takacs).
3. Erosaramu Gyartmanyfejlesztaai Intezet (for Szopesi).
4. Erosaramu Gyartmanyfejleszteni Intezet osztalyvezetoje
(for Kis).

PRISKIC, Ivan, dipl. inz.; KIS, Franjo, tekst. tehn.
Dyeing of 1pacril N with acid dyes. Tekotfl. Zarreb 13 no.t..
1d,1-450 Se 064.
1. Tectininal Consultant and Ifead, Dyeing repartment of the
r7(. , 17 . -(,b (for Fr:91.!c~
jt,.Lff EActory of tivi Chemical Corwilne, '9
2. Tpxtile 'Technician, DyeinE. Llepirtrent of tile Uye 7, t1iff i If-- tn-y
Of the Chemical Combine, Zarreb (fo- K19).

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KIS, Intvan
Young readerm and the trada-union libraries. Munka 8 no.8315 Ag 158a
1. Szakszervesetak Orazagos Tanncaa kulturalls osztalya.

k$ .1 t .1 J41, Poq-tDttl .1Ti.GSJ8,11kU
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KIS, J. (Budapest); SCHEJTANOW# Chr. (Sofia)
Coulometric determination of iodide In a small quantity through inner
electrolysis. Periodic& polytechn chen 4 no.21l63-170 160.
(EEAI 10:4)
1. Institut fur Anorganiacbe Chemie der Technischen Universitat#
Budapest (for Kis). Z. Chemisch-technologisches In3titut, Sofia
(for ScheJtanow)
(Coulometry) (Iodides) (Electrolysis)

22 911):-
M5 H/006/61/000/005/001/001
D228/0301
AUTHOR: Kis, Jfilia
TITLE: Industrial application of chelates
PERIODICAL: Magyar k4mikusok lapja no. 5, 1961, 201-207
A
TEXT: The article describes the chemistry of chelates and
all-arizes their industrial application. Among the numerous organic
chelating agents only the polycarbonic acids and synthetic carbamino
acids, such as NTA and EDTA are Important* The industrial use of che-
I&tes includes (1) inactivation of metals in a system, (2) extraction
of metal from a system, (3) providing a permanent metal-ion concen-
tration in a system and (4) quantitative analysis. EDTA Is especially
suitable for the inactivation of metals in various industrial processes*
i.e. In water softening* production of soap and washing powders, the
textile industry, dye production, viscous artificial silk and rubber
productiont the pharmaceutical and cosmetic industry, the food industry,
etc. Chelating agents play a particularly important role in removing
Card 1/4
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Industrial applieRtion of
S. 14bidso
Vfhfiny gyakorlstUag lontes telfitkOpiG wf-ItyUlet kprnkedelml elneve2680 0-1
K,,rookodelmi elnevez&
Mmisi olnevezf'-s mogyar.'. ndmot coeh T'' amerikai I-)
nvdjci ' B6=worth
(Reanal) JDASF) I (Uotikon) I (Chemapol) Ch. Co)
.NiWotrimetsav (NTE) ..' ............... SolooWn Trilon KonVoton Chelaton
A. A. -1 L
Etildndiamintetrweetsav (EDTE) ......... Selecton Trilon Komfilaxon chelston ve"One
B.
Etildndiarnintatraomtsav-dinAuiume6jo
(EDTE2N&) .......................... Solocton Kom chelston
,~Ioxon
B 2 '--- 1. Ill.
(EDTE-4 Ns-) .......................... Selecton Trilon Vemne
D4 B4 "gular
.............. soiecton Fwm.grone
ferrum
CiklohomAndiasnintetrometsav n
....... selecto Komplexon
c V.
N-hidroxietilatildndiamintriecetsav Solectonol Verionol
Immeratlen Onzat4ol .!: ......... Versene T
Ismorotlen 6"zet6tol ..................... verwns FS-3.
H/006/61/000/005/001/001
Card 3/4

219,01
11/006/61/000/005/001/001
Industrial application of chelates D228/D301
Table 3. (1) Trade names of a few important chelating agents.
(2) Trade names. (3) Chemical designation. (4) Hungarian (Reanal).
(5) German (BASF).(6) Swiss (Uetikon). (7) Czech (Chemapol). (8) Ameri-
can Weraworth Ch. Co). (9) Nitrilotriacetic acid (NTA). (10) Ethylene-
diaminetetra-acetic acid (EDTA). (11) Ethylenediaminetetra-acetic
acid Disodium salt (EDTA2Na). (12) Cyclohexanediaminetetra-acetic acid.
(13) n-hydroxyethylenediaminotetra-acetic acid* (14) Composition unknown.
(15) Composition unknown*
There are 3 tables and 46 references: 10 Soviet-bloc and 36 non-Soviet-
-bloc. The four most recent English-language publications read as
follows: S. Ifutner: Proc. of the Am. Philosophical Soc. 94, No. 2
(1950)i C.E. N. Staff: Chem. Eng. News. 28, 2762 (1950); Bibliography
of ethylenediaminotetraacetic acid. Framingham, Mass. Dersworth Cheme
Co. 1953, June; The Verseneso Technical Bulletin No. 2. Framingham, Mass.
Bersworth Chem. Co. 1954, Febr.
ASSOCIATION: Budapesti muszaki egyetem szervetlen ke'miai tanszk (An-
organic Chemistry Department of the Budapest Technical
University)
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In tI'c foM indusfr7, P. '07
cs ElcI-nI!;,-vrIT)iri Twh-n!Vos S~:ymjjct)
Budapent, lllumz-ary. Vol, 13, nc).g, Scptem'.cr 105~)
I. L I,
llorithi.; List of East Eur-,~pean Accoj31,.ms (E.,I) IC, Vol. 8, no.11
14,wom
I- . er 1959
Uncl.

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ACC NRs AP6015455 (AT SOURCE CODE: UR/0181/66/008/005/1390/1393
AUTHOR: Mileshkina, N. V.; S_gkollskaya_, I. L.; KL2 L. B_
ORIG: Leningrad State University in. A. A. Zhdanov (Leningradskiy gosudarstvennyy uni-,
versitet
: Study of emission propertLej of germanium an various faces of a twMasten
m crystal Ito 11% 1 .61
iSOURCE: Fitika tverdogo tela, ve 8, no. S. 1965, 1390-1393
TOPIC TAGS: field mission microscope, tungsten, volt an"re charmteristic, gerisan-
ium, single oryst"g electron emission
ABSTRAM Emission current of Go from the (111) face and the area between 'the (011)
and (001) faces of a tungsten single crystal was measured in field emission micro-
scope. Pressure amatmted to %10 10 mm Hs. Results (after low and high temperature
migration) are interpreted an the basis of emission photos and curves of volt-ampere
and current-time Qkaracteristice. Semiconductor characteristics are dnerved even in
a small section of the Go layer an the