nft

Oxygen content of nutrient solution in NFT system for cucumber culture

NFT设施栽培黄瓜营养液溶氧量的研究

In some cases , NFT may need a special build of the software .

某些情况下，非功能性测试需要构建一个特殊的软件。

One key issue is when to do NFT ?

一个关键的问题是何时进行非功能性测试。

We have also discussed issues relating to planning and scheduling of NFT .

另外，也对计划和安排非功能性测试做了讨论。

STUDIES ON COMPLETE SERIES OF NFT ( Nutrient Film technique ) OF TOMATO

番茄的营养液膜栽培配套技术研究

Studies on Water and Nutrient Absorption of Tomato in Automatic Control Nutrient Film Technique ( NFT ) System

番茄自控NFT循环系统水分和养分吸收规律的研究

NFT will be a focus in our testing of the products in our operations .

非功能性测试在我们的产品测试中会是一个重点。

Studies on Photosynthetic and Transpiration Peculiarity of Lettuce in NFT Culture

营养液膜栽培生菜光合与蒸腾特性研究

Effects of the different bottom shapes of NFT cultivation bed on the growth and quality of the lettuce

NFT栽培槽槽底形状对生菜生产效果的影响

So the DFT hydroponic system was advantage over NFT system in cherry tomato cultivation .

因此，在栽培樱桃番茄时，DFT水培方式要优于NFT。

Immediate reporting of NFT defects is required since most of such defects will be caused by design errors .

及时报告非功能性测试的缺陷是必需的，这是因为大多数缺陷都是由设计错误所引起的。

The main soilless system for commercial production are bag and trough substrate culture , only alittlearea using NFT system .

目前生产上采用的主要方式有袋培、培和少数营养液膜系统栽培。

The Effect of NFT and Pink Bark Cultivation on Dry Matter Accumulation of Pajaro Strawberry

NFT系统和松树皮基质栽培对草莓干物质积累的影响

Treatment of Recirculated Wastewater from Tilapia Culture Tank by Using Lolium multiflorum Lam of NFT Culture

NFT培多花黑麦草净化罗非鱼养殖循环废水

The designing requirements and methods for tank , solution supplying-device and culture bed of NFT system were fully described in this paper .

介绍了营养液膜（NFT）栽培设施的贮液池、供液装置、栽培床等的设计要求和方法。

In NFT , the cultivation bed with no-cloth cover has significant influence on the yield of lettuce .

在NFT栽培方式中，栽培槽底铺不铺无纺布对生菜产量有显著影响。

We first used high-frequency ultrasound and low-frequency ultrasound to measure NFT and nuchal soft tissue at the same time and compared them .

首次同时使用高频和低频超声测量胎儿NFT及颈后软组织厚度，并比较两种频率测量的优劣。

Under unbalanced three-phase-load conditions , NFT 11 make the three-phase-output voltages unbalanced .

在三相负载不平衡时，使用NFT会使三相输出电压不平衡。

Taking the lettuce as material , the authors designed the different bottom shapes of NFT cultivation bed to study the effects on the growth and quality of the lettuce .

以生菜为试材，研究了NFT栽培槽不同槽底形状对生菜生产效果的影响。

NFT can be done in the framework of existing test process , and we have outlined activities that can be performed as part of NFT in the test phases .

非功能性测试能够在已存在的测试流程的框架中实施，这里已经概述了可以作为非功能性测试的活动。

But the problem with scheduling NFT early , is that in many cases the system need to attain a minimum level of stability and functionality completeness for the test cases to run .

然而，把非功能性测试安排到早期也存在问题。那就是在很多情况下系统需要获得一个最低程度的稳定性和功能完整性来运行测试用例。

Hyperphosphorylation of neurofilaments , one of major components of NFT and the early pathological change of AD , affects the function of axonal transport of nerve cells .

过度磷酸化的神经丝是AD脑中NFT的一种主要成分和早期的病理改变，影响神经细胞的轴突转运功能。

Part II . This part considers the gain-scheduled H_ ∞ filter design problem for a class of LPV systems being of non-linear fractional transformation ( NFT ) structure .

第二部分：研究了一类具有非线性分式变换（NFT）结构的离散时间LPV系统的变增益H∞滤波器设计问题。

The pathological changes of brain , such as neurofibrillary tangle ( NFT ) and senile plaque ( SP ), were observed by using HE staining and Bielschowsky staining .

苏木精-伊红染色观察神经细胞形态和数量，Bielschowsky染色观察神经元纤维缠结（NFT）和老年斑等病理改变。

A laser power supply with newly designed thyristor 3-phase rectifier At latter , methods of confirm part parameter in the converter is introduced , most parts of 3-phase rectifier and filter , inverter and filter , NFT are confirmed .

可控硅调压激光器电源的新型同步触发电路对功率变换部分的整流滤波、逆变、滤波及中点形成等环节进行了详细地分析与设计，给出了系统参数计算和选择的方法。

Amyloid beta protein is the core of SP and the biochemical foundation of NFT . A β has a direct toxicity to neuronal cells , but it is unclear that the percentage of apoptosis or necrosis induced by Ap .

β-淀粉样蛋白（Aβ）是构成SP的核心成分，也是NFT的生化基础，对神经细胞有直接的毒性作用，但致神经细胞凋亡和坏死的百分比，目前研究的还不十分清楚。

The pathologic feature of AD are neuro fibrillary tangles ( NFT ) which is in never cells and senile plaque ( SP ) s which is out of never cells and mainly at frontal lobe and hippocampus .

其病理特征表现为神经细胞内出现神经纤维缠结以及细胞外存在老年斑，且主要分布在前皮质和海马区。

The major clinical manifestations are cognitive impairment and memory function progressive decrease . The main pathological changes including the accumulation of senile plaque outside the cell , the ( Neurons fiber tangles , NFT ) inside the cell and loss of neurons in the hippocampus .

主要临床表现为认知障碍、记忆功能进行性减退等，主要的病理改变包括在细胞外积聚的老年斑、细胞内的神经原纤维缠结（Neuronsfibertangles，NFT）以及海马神经元丢失。