全部

1·The absorption of doping polyaniline becomes very intense and the absorption peak generates bathochromic shift.

掺杂聚苯胺的吸收变得非常强烈，吸收峰产生红移。

2·Red and blue shifts were not found at absorption peak positions.

随着温度升高，峰值位置未见红移或蓝移。

3·And the 2150cm-1 absorption peak is attributed to the hydrogen donor.

吸收峰则被认为是由于氢施主所引起的。

4·And it makes the absorption peak of the exciton move to higher energy.

并使激子吸收峰从红外波段进入可见光波段。

5·The absorption peak of FL was red shifted when silver nanoparticles were added.

FL溶液中加入纳米银，FL分子吸收峰位发生红移。

6·Gain the best concentration of doping corresponding to the strongest absorption peak.

存在并给出对应强吸收峰的最佳掺杂浓度。

7·According to the result of FTIR, the absorption peak of the hemicellulose became weaker.

FTIR分析表明，半纤维素和部分木质素的特征吸收峰减弱。

8·The plasmon response absorption peak broadens due to the special dendritic nanostructure.

由于树枝状的特殊结构，其等离子体共振吸收峰出现较大的宽化。

9·The conductive ceramics with the largest infrared absorption peak correspond to the smallest resistivity.

具有最大红外吸收峰的导电陶瓷对应最小的电阻率。

10·Under the same conditions, methyl orange by UV - visible absorption peak was basically unchanged in closed glass containers.

相同条件下，盛于密闭玻璃容器中甲基橙溶液的紫外-可见特征吸收峰强度却基本不变。