Then, what is NLP about? We talk about this in our next article of the series.

NLP is about Personal Development.

NLP是有关个人发展.

Overall, patients correctly answered 69 % ( SD 21 % ) of the NLS questions.

总而言之, 病人们能够正确地回答69% ( SD21% ) 的NLS问题.

If reduced NMDA receptor activity prompts schizophrenia's symptoms, what then causes this reduction?

如果说NMDA受体活性的下降促成了精神分裂的症状, 那麽又是什麽原因造成了这种活性下降?

Furthermore, at temperatures more close to physiological brain temperatures , more NMDA receptor mediated responses room temperature.

在重复刺激或近于生理性温度时, NMDA受体传递的反应更为明显.

The principle, devices, response nuclear magnetism logging ( NML ) are different from those of conventional logging.

核磁 测井 的方法原理 、 测井仪器 、 响应特征与传统的测井方法完全不同.

The paper introduces the application of nuclear resonance ( NMR ) to the studying on water slurries.

本文介绍了现代分析仪器——核磁共振 ( NMR ) 波谱仪在水煤浆研究中的应用.

Transient NMR shows promise of solving this problem.

瞬时核磁共振表示要解决这个问题也是有可能的.

The structure was verified by 1 H-NMR, GPC and end group titration techniques.

通过核磁共振氢谱(1H-NMR) 、 凝胶渗透色谱(GPC) 、端羟基滴定等方法,研究了所合成的三嵌段共聚物的结构.

Quantum Chemical Calculation of NMR for Tetramethylsilane ( TMS )

TMS的NMR量子化学计算 ( 英文 )

The molecular structures of reaction products were confirmed by HPLC, IR, NMR and MS.

对各步反应产物分别应用HPLC 、 IR 、 NMR、 MS等仪器分析测定,确认了分子结构.

The prepared compounds were confirmed by IR, NMR, TGA and DSC et al.

所合成产物结构经IR, NMR, TGA和DSC等方法确定.

Results Eighteen titled compounds were synthesized, their structure were confirmed by 1 H-NMR and MS analysis.

结果共得到18个目标化合物, 经 1H-NMR 、MS确证其结构.

The application of HPLC-NMR in drug metabolism, natural products analysis and food analysis were reviewed.

综述了目前HPLC-NMR联用技术在药物代谢研究, 天然产物分析以及食品分析等方面的应用.

Nuclear magnetic resonance ( NMR ) relaxation characteristics of crude oil change with temperature varying at different formation depth.

随埋藏深度的不同,地下原油温度有很大的变化,造成其核磁共振 ( NMR ) 弛豫特性差别较大.

Aim at the specialties of BP, NN based on isolation niche technique Genetic Algorithm is proposed.

针对BP神经 网络运行的特点,提出用隔离小生境遗传算法优化传统的BP网络.

Software based on neural network ( NN ) to compensate machine tools therm al deformation is studied.

研究了以神经网络 ( NN ) 为模型的软件补偿不同机床热误差.

DR 1 another form of the wheel and also her home five NN different, more performance-oriented.

另外DR1的轮毂造型也和国内的五娃NN不一样, 显得更加高性能化.

The resultsdemonstrat that three electron trape ( E _ c-0.17 eV , E _ c-0.23 eV, E _ c-0.39 eV ) produced inp ￣ + nn ￣ + structures are characterized by deep level transient spectroscopy.

还可引入三个缺陷能级:氧空位E_ 1(E_ c - 0.17ev) 、 双空位E_2 ( E_ c-0.23eV ) 和E_3(E_c-0.39eV).

This work further con-firms the HTL model for NN _ 1 and NN _ 2 centers.

本工作证实了NN_1和NN_3中心的HTL模型.

Also the NN model was compared with the models obtained respectively by multi-linear and nonlinear regression.

并与多元线性和非线性回归模型作了比较.