eit
美 
英
- 網(wǎng)絡企業(yè)所得稅(Enterprise Income Tax)；電磁感應透明(electromagnetically induced transparency)；電磁誘導透明
例句
Based on our analysis, the Company should be start paying EIT in 2004 since all tax losses carried forward were used up in that year.
椐我們分析，該企業(yè)應自2004年起交納企業(yè)所得稅，因為那一年轉(zhuǎn)入的失稅指標已經(jīng)用完。
We also identify a computation error in the 2004 annual EIT return on which the tax bureau had failed to identify.
我們還認定了2004年該企業(yè)在企業(yè)所得稅返還上的計算錯誤，對此稅務局沒有查出來。
The major advantage of MREIT is the high impedance resolution imaging and improvement of the ill-posed problem in conventional EIT.
其最大優(yōu)點在于能得到高分辨率的阻抗分布圖像，改善常規(guī)EIT技術(shù)的缺陷。
EIT, especially FWM signal can be modulated by the polarization of the probe and the pump fields.
探測光及抽運光的偏振對EIT特別是FWM信號有調(diào)制作用。
Conclusion The dynamic NOSER algorithm is an effective method to image cerebral hemorrhage in EIT.
結(jié)論：動態(tài)NOSER算法是一種有效檢測腦出血的電阻抗斷層成像方法。
Similar to other ripe technology, EIT needs a development course from methodology to application research, then to clinic practice.
它和其他成熟技術(shù)一樣，需要一個從方法學研究，應用技術(shù)研究到臨床應用的發(fā)展過程。
Conclusion To incorporate the skull inhomogeneity into image reconstruction is an effective way to improve the image quality of brain EIT.
結(jié)論結(jié)合顱骨非均勻性進行圖像重構(gòu)是一種有效的提高腦部EIT成像質(zhì)量的方法。
A new image reconstruction technology-Electrical Impedance Tomography (EIT) is presented.
介紹了一種新的醫(yī)學圖像重建技術(shù)-電阻抗成像技術(shù)（EIT）。
EIT doesn't use the nuclide and radial, so it is noninvasive to human body and can be repeatedly used in short time.
EIT技術(shù)不使用核素或射線，對人體無創(chuàng)、無電離輻射損傷，可以多次測量、重復使用。
Objective To evaluate how skull exert influence on brain electrical impedance tomography(EIT).
目的評估低電導率的顱骨對人腦阻抗成像的影響。
FWM signal propagates with less loss in thermal atomic cell in the windows of EIT, thus high efficient FWM signal is achieved.
EIT窗中的FWM信號在熱原子樣品池里可以低損耗地傳播，從而形成高效率的FWM信號。
The reconstructed imaging of 3D EIT can locate the object's position in the field with a higher precise.
三維電阻抗重建圖像對目標定位準確，可以分辨出多個成像目標。
Electrical impedance tomography (EIT) is a kind of new imaging technology which is mainly used in clinical diagnose.
電阻抗成像技術(shù)（ElectricalImpedanceTomography，EIT）是一種特點鮮明的成像技術(shù)，主要應用于臨床醫(yī)學診斷。
A new era of mobile Internet is coming. Welcome to join EIT and join the technology revolution.
移動互聯(lián)網(wǎng)新時代已經(jīng)來臨，熱忱歡迎加盟依思宸智，投身科技新浪潮。
The quantum noise of probe laser in the electromagnetically induced transparency (EIT) is studied by using the fully quantum theory.
最后利用全量子理論對光場失諧時電磁誘導透明中探測光的量子噪聲進行了研究。
In this paper, the current-injected EIT at low frequency has been studied in the following aspects.
本文從以下幾個角度，研究低頻注入電流式EIT系統(tǒng)。
One study suggests that Galileo will create 140, 000 jobs, and the EIT is supposed to spin off lots of new firms.
有研究認為，伽利略計劃將創(chuàng)造14萬個新的就業(yè)機會，而人們也期望EIT能催生很多的新興企業(yè)。
AIM: To seek a single-source drive pattern which is more suitable for brain electrical impedance tomography (EIT).
目的尋求一種更適合于腦部電阻抗斷層成像技術(shù)（EIT）的單源驅(qū)動模式。
For example , 8 sounds like -eat in great , so to save time , people write gr8.
比如，8聽起來像great中eat[eit]的發(fā)音，因此為了節(jié)省時間，人們就寫成了gr8[來代表great]。
Objective To study the image processing methods of electrical impedance tomography (EIT) in order to improve the display quality.
目的：研究電阻抗斷層成像的圖像處理方法，改善圖像顯示效果。
Design of a programmable control system for driving and measurement mode in EIT
電阻抗斷層成像中驅(qū)動和測量模式程控系統(tǒng)的設計
In Vivo Measurement of Rabbits Brain Impedance Frequency Response and the Elementary Imaging of EIT
在體兔腦組織電阻抗頻率特性測量及EIT初步成像
The experimental study on diverse area electrodes of silver conduction cloth based EIT
基于EIT不同面積銀導電布電極的試驗研究
Measurement of the Number and Temperature of the Cold atoms EIT Medium
冷原子EIT介質(zhì)的原子數(shù)目和溫度的測量
Some Issues about Interim Policies for Foreign-invested Enterprises in the New EIT Law
新企業(yè)所得稅法過渡期政策的若干問題
Numerical Simulation of the Light Storage Based on Dynamic EIT and Analysis of Multi-Pulse Storage
基于電磁感應透明的光存儲的數(shù)值模擬研究及多脈沖存儲分析
Voltage Controlled Current Source for Clinical EIT System
用于醫(yī)學電阻抗成象電壓控制電流源
Modularization Design for Medical EIT System
醫(yī)用電阻抗成像系統(tǒng)的模塊化設計
EIT Voltage Changes of Human Brain due to Stimuli
大腦對于外界刺激反應的EIT電壓變化的研究
A Data Acquisition System for Multi-frequency EIT based on Frequency Mixing and Sweeping Technique
一個基于掃頻與混頻相結(jié)合的多頻EIT數(shù)據(jù)采集系統(tǒng)
FPGA Based Signal Generator in EIT System
基于FPGA的電阻抗成像系統(tǒng)激勵信號源
Impact of the new EIT Law on multinational company in China
新企業(yè)所得稅法對在華跨國公司的影響
A Multi-frequency EIT System Based on DSP
基于DSP的多頻率電阻抗成像系統(tǒng)
