The photocatalysis of the semiconductive materials convert the photon energy to chemical energy.

半导体材料的光催化效应可将光能转化为化学能。

The nuclide chart involves electron, positron, antiproton, antineutron, photon to exhibit the symmetry of mass and charge ideally.

该核素图将子、正子、反质子、反中子和光子收录在内，完美地表现了质量和荷的对称性。

The reemission delay times of Au disk vs X rays photon energy were given and compared with recent experimental results.

在各种因素的影响下, X光各能区再发射的延迟时间的变化趋势与实验结果一致的。

Conclusion: The radiation reactions of the mice esophagus seem not to be deteriorated after thoracal irradiation with fast neutron, photon or mixed beams.

快中子及混合线照射小鼠胸腔后并不会加的放射反应。

The photocatalysis of the semiconductive materials convert the photon energy to chemical energy.

半导体材料的光催化效应可将光能转化为化学能。

The nuclide chart involves electron, positron, antiproton, antineutron, photon to exhibit the symmetry of mass and charge ideally.

该核素图将子、正子、反质子、反中子和光子收录在内，完美地表现了质量和荷的对称性。

The reemission delay times of Au disk vs X rays photon energy were given and compared with recent experimental results.

在各种因素的影响下, X光各能区再发射的延迟时间的变化趋势与实验结果一致的。

Conclusion: The radiation reactions of the mice esophagus seem not to be deteriorated after thoracal irradiation with fast neutron, photon or mixed beams.

快中子及混合线照射小鼠胸腔后并不会加的放射反应。

The photocatalysis of the semiconductive materials convert the photon energy to chemical energy.

半导体材料光催化效应可将光能转化为化学能。

The nuclide chart involves electron, positron, antiproton, antineutron, photon to exhibit the symmetry of mass and charge ideally.

该核素图将、正、反质、反中和光收录在内，完美地表现了质和荷对称性。

The reemission delay times of Au disk vs X rays photon energy were given and compared with recent experimental results.

在各种因素影响下, X光各能区再发延迟时间变化趋势与实验结果一致。

Conclusion: The radiation reactions of the mice esophagus seem not to be deteriorated after thoracal irradiation with fast neutron, photon or mixed beams.

快中及混合线照小鼠胸腔后并不会加重食管反应。

The photocatalysis of the semiconductive materials convert the photon energy to chemical energy.

半导体材料光催化效应可将光能转化为化学能。

The nuclide chart involves electron, positron, antiproton, antineutron, photon to exhibit the symmetry of mass and charge ideally.

该核素图将子、正子、反子、反中子光子收录在内，完美地表现了称性。

The reemission delay times of Au disk vs X rays photon energy were given and compared with recent experimental results.

在各种因素影响下, X光各能区再发射延迟时间变化趋势与实验结果一致。

Conclusion: The radiation reactions of the mice esophagus seem not to be deteriorated after thoracal irradiation with fast neutron, photon or mixed beams.

快中子及混合线照射小鼠胸腔后并不会加重食管放射反应。

The photocatalysis of the semiconductive materials convert the photon energy to chemical energy.

半导体材料催化效应可将化为化学。

The nuclide chart involves electron, positron, antiproton, antineutron, photon to exhibit the symmetry of mass and charge ideally.

该核素图将子、正子、反质子、反中子和子收录在内，完美地表现了质量和荷对称性。

The reemission delay times of Au disk vs X rays photon energy were given and compared with recent experimental results.

在各种因素影响下, X各区再发射延迟时间变化趋势与实验结果一。

Conclusion: The radiation reactions of the mice esophagus seem not to be deteriorated after thoracal irradiation with fast neutron, photon or mixed beams.

中子及混合线照射小鼠胸腔后并不会加重食管放射反应。

The photocatalysis of the semiconductive materials convert the photon energy to chemical energy.

半导体材料的光催化效应可将光能转化为化学能。

The nuclide chart involves electron, positron, antiproton, antineutron, photon to exhibit the symmetry of mass and charge ideally.

该核素图将、、反质、反中和光收录在内，完美地表现了质量和荷的对称性。

The reemission delay times of Au disk vs X rays photon energy were given and compared with recent experimental results.

在各种因素的影响下, X光各能区再发射的间的变化趋势与实验结果一致的。

Conclusion: The radiation reactions of the mice esophagus seem not to be deteriorated after thoracal irradiation with fast neutron, photon or mixed beams.

快中及混合线照射小鼠胸腔后并不会加重食管的放射反应。

The photocatalysis of the semiconductive materials convert the photon energy to chemical energy.

半导体材料的光催化效应可将光能转化为化学能。

The nuclide chart involves electron, positron, antiproton, antineutron, photon to exhibit the symmetry of mass and charge ideally.

该核素图将子、正子、反质子、反中子和光子收录在内，完美地表现了质量和荷的对称性。

The reemission delay times of Au disk vs X rays photon energy were given and compared with recent experimental results.

在各种因素的影响下, X光各能区再发射的延迟时间的变化趋势与实验结果一致的。

Conclusion: The radiation reactions of the mice esophagus seem not to be deteriorated after thoracal irradiation with fast neutron, photon or mixed beams.

快中子及混合线照射小鼠胸腔后并重食管的放射反应。

The photocatalysis of the semiconductive materials convert the photon energy to chemical energy.

半导体材料光催化效应可将光能转化为化学能。

The nuclide chart involves electron, positron, antiproton, antineutron, photon to exhibit the symmetry of mass and charge ideally.

该核素图将子、正子、反子、反中子光子收录在内，完美地表现了称性。

The reemission delay times of Au disk vs X rays photon energy were given and compared with recent experimental results.

在各种因素影响下, X光各能区再发射延迟时间变化趋势与实验结果一致。

Conclusion: The radiation reactions of the mice esophagus seem not to be deteriorated after thoracal irradiation with fast neutron, photon or mixed beams.

快中子及混合线照射小鼠胸腔后并不会加重食管放射反应。

The photocatalysis of the semiconductive materials convert the photon energy to chemical energy.

半导体材料的光催化将光能转化为化学能。

The nuclide chart involves electron, positron, antiproton, antineutron, photon to exhibit the symmetry of mass and charge ideally.

该核素图将、正、反质、反中和光收录在内，完美地表现了质量和荷的对称性。

The reemission delay times of Au disk vs X rays photon energy were given and compared with recent experimental results.

在各种因素的影响下, X光各能区再发射的延迟时间的变化趋势与实验结果一致的。

Conclusion: The radiation reactions of the mice esophagus seem not to be deteriorated after thoracal irradiation with fast neutron, photon or mixed beams.

快中合线照射小鼠胸腔后并不会加重食管的放射反。