Environmental Engineering Reference
In-Depth Information
TABLE 15.5
Radioactive Aerosols Epidemiology: 
Miners Studies
Miners
1
2
3
4
5
6
N 0
N
ä-v
420
20
574
671
17.0
55
V-n
420
25
574
667
17.0
57
S-v
420
25
574
638
16.0
39
ä-v
420
25
574
664
16.0
55
O-v”
420
25
574
609
3.0
21
ï-v”
420
25
574
614
3.0
24
ë-Í
420
30
574
614
4.0
26
Ñ-Ó”
420
30
574
608
4.0
22
ë-n”
420
30
574
604
13.0
20
F-v
420
30
574
613
13.0
26
ë-n
420
40
574
562
14.0
0
L-i”
420
30
574
550
14.0
0
ë-I”
420
30
574
609
13.0
23
I-Ó”
420
30
574
615
4.0
26
V-n
420
25
574
586
3.0
0
K-n”
420
20
574
680
17.0
60
S-j
420
20
574
681
17.0
61
S-n
420
25
574
671
16.0
59
N 0 , background count rate, that is, before entering
radon atmosphere; N , count rate after leaving
working site; 1, time of exposure (min); 2, time
of measurement (min); 3 and 4, counts rates
(multiplied by 16); 5, PAEC (MeV/L); 6,
absorbed dose (mrad).
More than 500 measurements of the activity (dose) in the lungs of miners were provided in ura-
nium and non-uranium mines of former Middle Asia Republic of the USSR over an 11 year period.
Some of the results are presented in Table 15.5 Measurements took place in June 1969 in Tadjikistan.
15.10.3 
 l ung  c ancer  M ortality and  l ung  s ickness aMong
n onuraniuM  M iners in  t adjikistan
15.10.3.1 Lung Cancer Mortality Data
In order to study the lung cancer mortality of miners, data were collected in Alterman (1974)
about mortality among all male populations older than 19 year in the cities of Tadjikistan
(200,000), a similar contingent of mining settlements (11,000), and different groups of under-
ground workers (2,400) from 1960 to 1970. In this region, 30 mines and geology-prospecting
teams were located.
The primary diagnosis of cancer took place in the health department of the industrial complex.
All such complexes had x-ray diagnostic equipment with special medical personnel trained in the
diagnosis of the sickness of breathing organs. Patients with suspected cancer were directed to the
oncology department (hospitals) in the cities of Leninabad (now Hodjent), Dushanbe, Tashkent, and
Alma-Ata for inal diagnosis.
 
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