Климанов Дозиметрическое планирование лучевой ч2 2008
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Таблица П.6 (продолжение) |
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A-150 |
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Энергия |
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Кость |
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(МэВ) |
пластик |
Воздух |
(компактная) |
Мышца |
Вода |
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1.25-0 |
2.56-0 |
2.03-1 |
1.66-0 |
2.55-0 |
2.77-0 |
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1.35-0 |
2.66-0 |
4.04-1 |
1.71-0 |
2.63-0 |
2.84-0 |
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1.45-0 |
2.74-0 |
3.73-1 |
1.74-0 |
2.67-0 |
2.88-0 |
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1.55-0 |
2.82-0 |
2.66-1 |
1.79-0 |
2.74-0 |
2.97-0 |
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1.65-0 |
2.90-0 |
2.92-1 |
1.86-0 |
2.86-0 |
3.09-0 |
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1.75-0 |
2.98-0 |
4.11-1 |
1.89-0 |
2.90-0 |
3.13-0 |
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1.85-0 |
3.06-0 |
3.68-1 |
1.97-0 |
3.03-0 |
3.28-0 |
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1.95-0 |
3.12-0 |
2.94-1 |
1.98-0 |
3.03-0 |
3.28-0 |
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2.10-0 |
3.28-0 |
3.26-1 |
2.06-0 |
3.13-0 |
3.37-0 |
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2.30-0 |
3.37-0 |
4.08-1 |
2.09-0 |
3.17-0 |
3.41-0 |
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2.50-0 |
3.51-0 |
4.12-1 |
2.20-0 |
3.32-0 |
3.57-0 |
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2.70-0 |
3.70-0 |
5.37-1 |
2.32-0 |
3.46-0 |
3.71-0 |
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2.90-0 |
3.98-0 |
6.43-1 |
2.46-0 |
3.59-0 |
3.82-0 |
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3.10-0 |
3.91-0 |
8.22-1 |
2.50-0 |
3.72-0 |
3.98-0 |
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3.30-0 |
4.26-0 |
9.80-1 |
2.77-0 |
4.05-0 |
4.32-0 |
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3.50-0 |
4.46-0 |
1.20-0 |
2.87-0 |
4.14-0 |
4.39-0 |
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3.70-0 |
4.51-0 |
1.16-0 |
2.94-0 |
4.25-0 |
4.52-0 |
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3.90-0 |
4.49-0 |
1.32-0 |
2.90-0 |
4.18-0 |
4.43-0 |
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4.20-0 |
4.45-0 |
1.43-0 |
2.95-0 |
4.30-0 |
4.59-0 |
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4.60-0 |
4.40-0 |
1.16-0 |
2.93-0 |
4.30-0 |
4.62-0 |
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5.00-0 |
4.48-0 |
1.08-0 |
3.10-0 |
4.58-0 |
4.95-0 |
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5.40-0 |
4.55-0 |
8.40-1 |
3.03-0 |
4.43-0 |
4.78-0 |
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5.80-0 |
4.67-0 |
9.28-1 |
3.17-0 |
4.64-0 |
5.02-0 |
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6.20-0 |
4.92-0 |
1.06-0 |
3.31-0 |
4.77-0 |
5.12-0 |
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6.60-0 |
4.74-0 |
9.58-0 |
3.37-0 |
4.97-0 |
5.41-0 |
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7.00-0 |
4.80-0 |
1.05-0 |
3.45-0 |
5.10-0 |
5.56-0 |
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7.40-0 |
5.14-0 |
1.23-0 |
3.66-0 |
5.31-0 |
5.75-0 |
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7.80-0 |
5.56-0 |
1.18-0 |
3.76-0 |
5.30-0 |
5.66-0 |
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8.20-0 |
5.26-0 |
1.14-0 |
3.67-0 |
5.28-0 |
5.70-0 |
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8.60-0 |
5.23-0 |
1.11-0 |
3.75-0 |
5.45-0 |
5.92-0 |
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9.00-0 |
5.61-0 |
1.16-0 |
3.88-0 |
5.51-0 |
5.91-0 |
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9.40-0 |
5.82-0 |
1.33-0 |
4.02-0 |
5.66-0 |
6.05-0 |
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9.80-0 |
5.71-0 |
1.52-0 |
4.08-0 |
5.84-0 |
6.29-0 |
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1.05+1 |
5.74-0 |
1.72-0 |
4.11-0 |
5.89-0 |
6.34-0 |
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1.15+1 |
6.02-0 |
1.84-0 |
4.39-0 |
6.27-0 |
6.75-0 |
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1.25+1 |
6.35-0 |
1.95-0 |
4.46-0 |
6.21-0 |
6.61-0 |
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1.35+1 |
6.49-0 |
2.09-0 |
4.60-0 |
6.38-0 |
6.78-0 |
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1.45+1 |
6.68-0 |
2.26-0 |
4.69-0 |
6.43-0 |
6.80-0 |
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1.60+1 |
6.97-0 |
2.33-0 |
4.86-0 |
6.57-0 |
6.92-0 |
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1.80+1 |
7.27-0 |
2.41-0 |
5.06-0 |
6.73-0 |
7.05-0 |
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321
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Таблица П.6 (продолжение) |
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A-150 |
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Энергия |
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Кость |
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(МэВ) |
пластик |
Воздух |
(компактная) |
Мышца |
Вода |
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7.32-0 |
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2.00+1 |
2.49-0 |
5.17-0 |
6.83-0 |
7.16-0 |
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2.20+1 |
7.45-0 |
2.69-0 |
5.30-0 |
6.96-0 |
7.29-0 |
2.40+1 |
7.58-0 |
2.83-0 |
5.42-0 |
7.04-0 |
7.36-0 |
2.60+1 |
7.69-0 |
2.91-0 |
5.51-0 |
7.09-0 |
7.38-0 |
2.80+1 |
7.79-0 |
3.04-0 |
5.59-0 |
7.13-0 |
7.41-0 |
3.00+1 |
7.90-0 |
3.19-0 |
5.70-0 |
7.20-0 |
7.46-0 |
3.50+1 |
8.13-0 |
3.68-0 |
5.95-0 |
7.39-0 |
7.62-0 |
4.00+1 |
8.30-0 |
4.10-0 |
6.18-0 |
7.58-0 |
7.80-0 |
4.50+1 |
8.39-0 |
4.39-0 |
6.35-0 |
7.70-0 |
7.91-0 |
5.00+1 |
8.47-0 |
4.68-0 |
6.51-0 |
7.82-0 |
8.02-0 |
5.50+1 |
8.54-0 |
4.95-0 |
6.69-0 |
8.01-0 |
8.22-0 |
6.00+1 |
8.61-0 |
5.22-0 |
6.87-0 |
8.20-0 |
8.43-0 |
6.50+1 |
8.87-0 |
5.46-0 |
7.08-0 |
8.38-0 |
8.58-0 |
7.00+1 |
9.13-0 |
5.70-0 |
7.30-0 |
8.56-0 |
8.75-0 |
7.50+1 |
9.23-0 |
5.95-0 |
7.45-0 |
8.69-0 |
8.86-0 |
Таблица П.7
Длины свободных нейтронов, взвешенные на значения кермы, в разных средах для различных терапевтических пучков нейтронов
Среда |
Плот- |
Реакции, используемые для генерации пучков нейтронов |
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ность |
p(66)Be |
p(41)Be |
d(22)Be |
d(16)Be |
d+T |
d(8,3)D |
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(г/см3) |
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Моторное |
0,88 |
10,79 |
8,23 |
7,66 |
5,39 |
6,97 |
7,69 |
масло |
1,00 |
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Вода |
10,57 |
8,24 |
7,71 |
5,31 |
6,91 |
7,91 |
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Раствор TE |
1,07 |
10,24 |
7,99 |
7,51 |
5,24 |
6,74 |
7,70 |
Глицерин |
1,25 |
9,23 |
7,22 |
6,83 |
4,88 |
6,15 |
7,02 |
Раствор, эк- |
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вивалентный |
1,40 |
9,26 |
7,39 |
6,99 |
5,03 |
6,33 |
7,19 |
скелету |
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1,04 |
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Мышца |
10,54 |
8,24 |
7,74 |
5,41 |
6,95 |
7,93 |
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Кость |
1,85 |
8,08 |
6,79 |
6,54 |
4,92 |
6,01 |
6,77 |
Жир |
0,92 |
10,98 |
8,45 |
7,90 |
5,57 |
7,16 |
7,99 |
Мозг |
1,03 |
10,36 |
8,08 |
7,57 |
5,26 |
6,80 |
7,75 |
Легкие |
0,26 |
42,72 |
33,4 |
31,5 |
22,0 |
28,2 |
32,3 |
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1,12 |
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A-150 |
9,56 |
7,38 |
6,93 |
4,98 |
6,31 |
7,01 |
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Полиэтилен |
0,96 |
9,44 |
7,18 |
6,65 |
4,65 |
6,06 |
6,67 |
Полистирол |
1,06 |
11,13 |
8,65 |
8,23 |
6,09 |
7,49 |
8,40 |
Люсит |
1,20 |
9,84 |
7,68 |
7,30 |
5,30 |
6,60 |
7,49 |
Нейлон |
1,14 |
9,54 |
7,39 |
6,93 |
5,01 |
6,31 |
7,04 |
322
Таблица П.8
Дозовое ядро тонкого луча нейтронов спектра деления для первичного (нерассеянного) излучения в воде, усредненная в интервале r = 0 – 0,005 см,
2π r K p (z) , см·МэВ·г-1/нейтрон [26]
z, см |
1,0 |
2,0 |
4,0 |
5,0 |
7,5 |
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2π·r·Kp,nB (B z) |
7,675+1 |
6,948+1 |
5,694+1 |
5,155+1 |
4,021+1 |
z, см |
10,0 |
15,0 |
20,0 |
30,0 |
40,0 |
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2π·r·Kp,nB (B z) |
3,135+1 |
1,907+1 |
1,160+1 |
4,288+0 |
1,586+0 |
323
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Таблица П.9 |
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Дозовое ядро тонкого луча нейтронов спектра деления для рассеянных нейтронов в воде 2πrKs (z, r), |
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см·МэВ·г-1/нейтрон [26] |
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z, см |
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r, см |
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1.0 |
2.0 |
4.0 |
5.0 |
7,5 |
10.0 |
15.0 |
20.0 |
30.0 |
40.0 |
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0,0025 |
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4,183-2 |
3,794-2 |
3,109-2 |
2,821-2 |
2,196-2 |
1,710-2 |
1,044-2 |
6,347-3 |
2,347-3 |
8,642-4 |
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0,0150 |
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7,525-2 |
6,905-2 |
5,692-2 |
5,174-2 |
4,037-2 |
3,152-2 |
1,925-2 |
1,167-2 |
4,33-=3 |
1,597-3 |
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0,0375 |
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7,251-2 |
6,822-2 |
5,670-2 |
5,178-2 |
4,061-2 |
3,164-2 |
1,939-2 |
1,179-2 |
4,380-3 |
1,627-3 |
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0,0625 |
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6,936-2 |
6,698-2 |
5,654-2 |
5,162-2 |
4,073-2 |
3,188-2 |
1,957-2 |
1,191-2 |
4,449-3 |
1,650-3 |
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0,0875 |
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6,656-2 |
6,579-2 |
5,640-2 |
5,155-2 |
4,084-2 |
3,206-2 |
1,971-2 |
1,202-2 |
4,499-3 |
1,672-3 |
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0,15 |
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5,916-2 |
6,272-2 |
5,563-2 |
5,117-2 |
4,088-2 |
3,236-2 |
2,000-2 |
1,226-2 |
4,599-3 |
1,712-3 |
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0,30 |
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4,365-2 |
5,496-2 |
5,310-2 |
4,973-2 |
4,070-2 |
3,261-2 |
2,046-2 |
1,268-2 |
4,798-3 |
1,810-3 |
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0,60 |
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2,552-2 |
4,082-2 |
4,719-2 |
4,580-2 |
3,942-2 |
3,249-2 |
2,101-2 |
1,322-2 |
5,117-3 |
1,964-3 |
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1,15 |
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1,393-2 |
2,473-2 |
3,650-2 |
3,788-2 |
3,585-2 |
3,104-2 |
2,117-2 |
1,379-2 |
5,553-3 |
2,167-3 |
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2,25 |
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7,974-3 |
1,314-2 |
2,212-2 |
2,503-2 |
2,775-2 |
2,643-2 |
2,008-2 |
1,388-2 |
5,991-3 |
2,449-3 |
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4,50 |
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4,857-3 |
6,757-3 |
1,076-2 |
1,258-2 |
1,592-2 |
1,728-2 |
1,579-2 |
1,225-2 |
6,036-3 |
2,672-3 |
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9,00 |
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2,743-3 |
3,368-3 |
4,621-3 |
5,241-3 |
6,648-3 |
7,717-3 |
8,487-3 |
7,746-3 |
4,802-3 |
2,450-3 |
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18,5 |
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1,028-3 |
1,192-3 |
1,486-3 |
1,618-3 |
1,925-3 |
2,170-3 |
2,498-3 |
2,579-3 |
2,107-3 |
1,352-3 |
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37,5 |
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1,796-4 |
2,018-4 |
2,406-4 |
2,566-4 |
2,938-4 |
3,218-4 |
3,591-4 |
3,693-4 |
3,440-4 |
2,747-4 |
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Таблица П.10
Дозовое ядро тонкого луча нейтронов спектра деления для вторичного гамма-излучения в воде 2πrKn→γ (z, r),
см·МэВ·г-1/нейтрон [26]
z, см |
1,0 |
2,0 |
4,0 |
5,0 |
7,5 |
10,0 |
15,0 |
20,0 |
30,0 |
40,0 |
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r, см |
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0,0025 |
2,647-3 |
2,404-3 |
1,960-3 |
1,785-3 |
1,382-3 |
1,070-3 |
6,546-4 |
3,964-4 |
1,475-4 |
5,469-5 |
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0,0150 |
2,648-3 |
2,413-3 |
1,975-3 |
1,798-3 |
1,398-3 |
1,090-3 |
6,687-4 |
4,054-4 |
1,511-4 |
5,606-5 |
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0,0375 |
2,642-3 |
2,432-3 |
2,005-3 |
1,819-3 |
1,426-3 |
1,115-3 |
6,836-4 |
4,177-4 |
1,568-4 |
5,809-5 |
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0,0625 |
2,647-3 |
2,444-3 |
2,024-3 |
1,845-3 |
1,453-3 |
1,134-3 |
7,033-4 |
4,311-4 |
1,633-4 |
6,121-5 |
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0,0875 |
2,634-3 |
2,448-3 |
2,047-3 |
1,859-3 |
1,477-3 |
1,151-3 |
7,163-4 |
4,422-4 |
1,690-4 |
6,423-5 |
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0,15 |
2,612-3 |
2,456-3 |
2,089-3 |
1,907-3 |
1,518-3 |
1,198-3 |
7,505-4 |
4,674-4 |
1,830-4 |
7,087-5 |
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0,30 |
2,500-3 |
2,451-3 |
2,139-3 |
1,982-3 |
1,607-3 |
1,285-3 |
8,231-4 |
5,210-4 |
2,111-4 |
8,669-5 |
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0,60 |
2,264-3 |
2,366-3 |
2,198-3 |
2,064-3 |
1,725-3 |
1,415-3 |
9,446-4 |
6,194-4 |
2,656-4 |
1,130-4 |
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1,15 |
1,948-3 |
2,173-3 |
2,198-3 |
2,122-3 |
1,866-3 |
1,586-3 |
1,121-3 |
7,699-4 |
3,528-4 |
1,600-4 |
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2,25 |
1,634-3 |
1,883-3 |
2,076-3 |
2,085-3 |
1,984-3 |
1,793-3 |
1,377-3 |
1,005-3 |
5,035-4 |
2,450-4 |
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4,50 |
1,403-3 |
1,593-3 |
1,848-3 |
1,921-3 |
1,992-3 |
1,941-3 |
1,668-3 |
1,322-3 |
7,427-4 |
3,888-4 |
|
|
|
|
|
|
|
|
|
|
|
|
|
9,00 |
1,196-3 |
1,329-3 |
1,554-3 |
1,646-3 |
1,795-3 |
1,856-3 |
1,779-3 |
1,534-3 |
9,935-4 |
5,717-4 |
|
|
|
|
|
|
|
|
|
|
|
|
|
18,5 |
8,388-4 |
9,081-4 |
1,037-3 |
1,094-3 |
1,210-3 |
1,285-3 |
1,328-3 |
1,257-3 |
9,537-4 |
6,321-4 |
|
|
|
|
|
|
|
|
|
|
|
|
|
37,5 |
3,747-4 |
3,926-4 |
4,331-4 |
4,502-4 |
4,858-4 |
1,429-3 |
5,454-4 |
5,477-4 |
4,841-4 |
3,780-4 |
|
|
|
|
|
|
|
|
|
|
|
|
Таблица П.11
Вид основного окна библиотеки дозовых ядер тонкого луча нейтронов в воде [26]
326
Владимир Александрович Климанов
Дозиметрическое планирование лучевой терапии
Часть 2. Дистанционная лучевая терапия пучками заряженных частиц и нейтронов. Брахитерапия и радионукдидная терапия
Учебное пособие
Редактор Н.В. Шумакова
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