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0 the dose rate of the Fugen Nuclear Power Station can be calculated in detail using the DERS software . | |
0 the dose rate of the Fugen Nuclear Power Station is calculated in detail using the DERS software . | |
0 the dose rate of the Fugen Nuclear Power Station can be calculated in detail using the DERS software . | |
1 the VRdose software knows the change of the situation when the dose rate is calculated , that is , the change of the object is known by the special marker in DERS . | |
1 the change of the situation when the dose rate is calculated , namely , the change of the object is known by the special marker in DERS . | |
1 the change of the situation in calculating the dose rate , that is , the change of the object , is known by the VRdose software with the special marker in DERS . | |
2 DERS can calculate new dose rate in proportion to these changes . | |
2 DERS allows the calculation of new dose rate in proportion to these changes . | |
2 DERS can calculate new dose rate in proportion to these changes . | |
3 the features , usage man |
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0 the dose rate of the Fugen Nuclear Power Station can be calculated in detail using the DERS software . | |
0 the dose rate of the Fugen Nuclear Power Station is calculated in detail using the DERS software . | |
0 the dose rate of the Fugen Nuclear Power Station can be calculated in detail using the DERS software . | |
1 the VRdose software knows the change of the situation when the dose rate is calculated , that is , the change of the object is known by the special marker in DERS . | |
1 the change of the situation when the dose rate is calculated , namely , the change of the object is known by the special marker in DERS . | |
1 the change of the situation in calculating the dose rate , that is , the change of the object , is known by the VRdose software with the special marker in DERS . | |
2 DERS can calculate new dose rate in proportion to these changes . | |
2 DERS allows the calculation of new dose rate in proportion to these changes . | |
2 DERS can calculate new dose rate in proportion to these changes . | |
3 the features , usage man |
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0 the dose rate of the Fugen Nuclear Power Station can be calculated in detail using the DERS software . | |
0 the dose rate of the Fugen Nuclear Power Station is calculated in detail using the DERS software . | |
0 the dose rate of the Fugen Nuclear Power Station can be calculated in detail using the DERS software . | |
1 the VRdose software knows the change of the situation when the dose rate is calculated , that is , the change of the object is known by the special marker in DERS . | |
1 the change of the situation when the dose rate is calculated , namely , the change of the object is known by the special marker in DERS . | |
1 the change of the situation in calculating the dose rate , that is , the change of the object , is known by the VRdose software with the special marker in DERS . | |
2 DERS can calculate new dose rate in proportion to these changes . | |
2 DERS allows the calculation of new dose rate in proportion to these changes . | |
2 DERS can calculate new dose rate in proportion to these changes . | |
3 the features , usage man |
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0 ▁School s ▁are ▁encouraged ▁to ▁focus ▁more ▁on ▁mathematics , ▁spell ing ▁and ▁grammar . | |
0 ▁School s ▁will ▁be ▁encouraged ▁to ▁focus ▁more ▁on ▁mathematics , ▁spell ing ▁and ▁grammar . | |
0 ▁School s ▁become ▁more ▁focused ▁on ▁ma th , ▁spell ing , ▁and ▁grammar . | |
1 ▁In ▁English ▁literature ▁courses , ▁students ▁will ▁have ▁to ▁deal ▁with ▁at ▁least ▁one ▁piece ▁of ▁Shakespeare , ▁a ▁19 th ▁century ▁novel , ▁romantic ▁poetry ▁and ▁contemporary ▁British ▁novel s ▁from ▁1914 . | |
1 ▁Student s ▁in ▁English ▁literature ▁will ▁have ▁to ▁deal ▁with ▁at ▁least ▁one ▁piece ▁of ▁Shakespeare , ▁a ▁19 th ▁century ▁novel , ▁romantic ▁poetry ▁and ▁contemporary ▁British ▁novel s ▁from ▁1914 . | |
1 ▁In ▁English ▁literature ▁courses ▁students ▁will ▁have ▁to ▁deal ▁with ▁at ▁least ▁one ▁piece ▁of ▁Shakespeare , ▁a ▁19 th ▁century ▁novel , ▁romantic ▁poetry ▁and ▁contemporary ▁British ▁novel s ▁from ▁1914 . | |
2 ▁The ▁examination ▁also ▁contains ▁" un exp ect ed ▁texts " ▁in ▁order ▁to ▁encourage ▁wider ▁reading . | |
2 ▁The ▁examination |
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0 the dose rate of the Fugen Nuclear Power Station can be calculated in detail using the DERS software . | |
0 the dose rate of the Fugen Nuclear Power Station is calculated in detail using the DERS software . | |
0 the dose rate of the Fugen Nuclear Power Station can be calculated in detail using the DERS software . | |
1 the VRdose software knows the change of the situation when the dose rate is calculated , that is , the change of the object is known by the special marker in DERS . | |
1 the change of the situation when the dose rate is calculated , namely , the change of the object is known by the special marker in DERS . | |
1 the change of the situation in calculating the dose rate , that is , the change of the object , is known by the VRdose software with the special marker in DERS . | |
2 DERS can calculate new dose rate in proportion to these changes . | |
2 DERS allows the calculation of new dose rate in proportion to these changes . | |
2 DERS can calculate new dose rate in proportion to these changes . | |
3 the features , usage man |
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#!/usr/bin/python3 | |
import sys, os | |
import time | |
import random | |
import getpass | |
import subprocess | |
if not os.path.exists("/tmp/waitgpu"): | |
os.mkdir("/tmp/waitgpu") |
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0 the dose rate of the `` Fugen '' can be calculated in detail using the DERS software . | |
0 the dose rate of the `` Fugen '' can be calculated in detail using the DERS software . | |
0 the dose rate of the `` Fugen '' is calculated in detail using the DERS software . | |
1 the change of the situation in calculating the dose rate , i.e. the change of the object , is known by the special marker in DERS . | |
1 the change of the situation in calculating the dose rate , that is , the change of the object is known by the special marker in DERS . | |
1 the VRdose software enables the change of the situation in calculating the dose rate , that is , the change of the object by the special marker in DERS . | |
2 DERS can calculate the new dose rate in proportion to these changes . | |
2 the new dose rate can be calculated in proportion to these changes . | |
2 DERS calculates new dose rate corresponding to these changes . | |
3 this paper summarizes the characteristics of R5 version of this software , the utilization manual and the design document . |
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0 the dose rate of the `` Fugen '' can be calculated in detail using the DERS software . | |
0 the dose rate of the `` Fugen '' can be calculated in detail using the DERS software . | |
0 the dose rate of the `` Fugen '' is calculated in detail using the DERS software . | |
1 the change of the situation in calculating the dose rate , i.e. the change of the object , is known by the special marker in DERS . | |
1 the change of the situation in calculating the dose rate , that is , the change of the object is known by the special marker in DERS . | |
1 the VRdose software enables the change of the situation in calculating the dose rate , that is , the change of the object by the special marker in DERS . | |
2 DERS can calculate the new dose rate in proportion to these changes . | |
2 the new dose rate can be calculated in proportion to these changes . | |
2 DERS calculates new dose rate corresponding to these changes . | |
3 this paper summarizes the characteristics of R5 version of this software , the utilization manual and the design document . |
This file contains hidden or bidirectional Unicode text that may be interpreted or compiled differently than what appears below. To review, open the file in an editor that reveals hidden Unicode characters.
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0 the dose rate of the `` Fugen '' can be calculated in detail using the DERS software . | |
0 the dose rate of the `` Fugen '' can be calculated in detail using the DERS software . | |
0 the dose rate of the `` Fugen '' is calculated in detail using the DERS software . | |
1 the change of the situation in calculating the dose rate , i.e. the change of the object , is known by the special marker in DERS . | |
1 the change of the situation in calculating the dose rate , that is , the change of the object is known by the special marker in DERS . | |
1 the VRdose software enables the change of the situation in calculating the dose rate , that is , the change of the object by the special marker in DERS . | |
2 DERS can calculate the new dose rate in proportion to these changes . | |
2 the new dose rate can be calculated in proportion to these changes . | |
2 DERS calculates new dose rate corresponding to these changes . | |
3 this paper summarizes the characteristics of R5 version of this software , the utilization manual and the design document . |
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| 12 the minimum detection strain of the sensor was 10-5 . | 12 the minimum detectable strain was 10-5 . | | |
| 12 the minimum detection strain was 10-5 . | 12 the minimum detectable strain is 10-5 . | | |
| 12 the minimum detection strain was 10-5 . | 12 the minimum detectable distortion was 10-5 . | | |
| 48 the titled tape was produced by the PIT method . | 48 the tape of the title was produced by the PIT method . | | |
| 48 the titled tape was produced by the PIT method . | 48 the tape was prepared by the PIT method . | | |
| 48 the titled tape was produced by the PIT method . | 48 the PIT method was applied to the preparation of the tape . | |