cathode effect 中文意思是什麼
cathode effect
解釋
陰極效應-
I build my research work on the pass and improved the hardware and software of experimental system, and explored some new analyzing methods to pick out the cep signal wrapped in the eeg more efficiently. on hardware, i designed a instrument to let our testee to observe the rds, shown on cathode - ray tube ( crt ) or printed on paper, through a stereoscope, and never let the stereoscope effect the observation. the instrument includes 3 modules : rds showing, stereoscope fixing and testee fitting
本文對cep研究過程中的軟體和硬體環境進行研究和改進，同時通過改進cep信號的分析方法，設計了實驗者觀察刺激信號寸的立體鏡支撐系統，包括刺激的呈現，立體鏡固定，受試者適應等模塊，使得受試者能夠舒適地通過立體鏡觀察crt上的刺激信號或者寧丁印在紙上的刺激信號。 -
The technical parameters and the performance of ( ni - p ) - sic composite coating obtained in centrifugal field are also studied the cyclic voltammeter and the cathode polarization techniques have been used to study the effect of additives on ni - p alloy coatings
本文提出了在離心力場中高速電沉積的方法，並對離心電沉積（ ni - p ） - sic復合鍍層的影響因素及鍍層性能進行了研究。 -
Higher purity copper cathode - determination of tin content - zeeman effect electrothermal atomic absorption spectrometric method
塞曼效應電熱原子吸收光譜法測定錫量 -
Higher purity copper cathode - determination of nickel content - zeeman effect electrothermal atomic absorption spectrometric method
塞曼效應電熱原子吸收光譜法測定鎳量 -
Higher purity copper cathode - determination of iron, cobalt and lead contents - zeeman effect electrothermal atomic absorption spectrometric method
塞曼效應電熱原子吸收光譜法測定鐵鈷鉛量 -
Higher purity copper cathode - determination of chromium, manganese and cadmium contents - zeeman effect electrothermal atomic absorption spectrometric method
塞曼效應電熱原子吸收光譜法測定鉻錳鎘量 -
In addition, it is found that dc electric field weakens the effect of release agent and strengthens the binding strength between epoxy resins and anode in the condition of the existence of release agent. but this effect of electric field is not discovered between epoxy resins and cathode
另外，本文通過實驗研究還證實：在有脫模劑存在的情況下，固化過程中直流電場的存在會弱化脫模劑的作用進而強化環氧樹脂固化物與金屬正電極間的粘接強度，但直流電場對環氧樹脂固化物與金屬負電極間的粘接強度沒有明顯影響。 -
The main work and conclusion for this paper is as following : according to the flashover test results of several kinds of iced insulators under positive voltage and negative voltage, this paper obtained : for the single porcelain insulator, the single glass insulator and the composite insulator bridged completely by icicle, the metal cathode ' s strong ability of emission electron is the primary reason that results in the lower negative flashover voltage ; the position difference of the high resistance district in method anode side results in that porcelain insulator cluster and glass insulator cluster have an evident effect of polarity ; when less ice and no icicle at the brim of the sheds, due to numerous non - polar arcs on the composite surface, the effects of polarity of composite insulator was lost using the test method of the average flashover voltage in the freezing period, dc flashover performances were investigated of several insulators with some typical structures and different material
本文的主要工作和結論如下：在人工氣候室內，根據不同覆冰絕緣子正、負極性下的閃絡試驗結果，得出負極性電弧金屬陰極的強電子發射能力造成了單片瓷、玻璃絕緣子及被冰凌橋接的合成絕緣子有較低負極性冰閃電壓；正極性電弧金屬陽極側產生高電阻區所處位置的差異使得瓷和玻璃絕緣子串具有明顯的極性效應；覆冰較少時，合成絕緣子表面出現數量較多的非極性電弧使合成絕緣子無極性效應。利用覆冰期內平均閃絡電壓的試驗方法，對不同材質和結構的絕緣子在覆冰、低氣壓和污穢共存環境中的直流閃絡特性進行了研究。試驗結果表明，直流平均閃絡電壓隨著海拔的升高、覆冰量的增加以及污穢度的增加而降低，且其特徵指數與絕緣子結構、覆冰量、覆冰狀態、污穢度等有關。 -
To avoid the noise and the polarization effect, the most suitable structure for cdse detectors made up of perfect crystal wafers should be that : it - n contact as anode, mis contact as cathode
當晶片的質量較好時， cdse探壩器的最佳結構是正極採用高阻半導體低阻n型半導體鍘刪x負極採用misw 。 -
Static - electric field of spindt cathode was analyzed and then field emission current was simulated. the method could direct the fabrication of spindt cathode. how the aspect ration and site density of cnts effect the field enhancement factor were also analyzed
對碳納米管的頂端電場進行了計算，分析了其長徑比和生長密度對電場增強因子的影響，進而可以對場發射實驗進行指導。 -
Especially, analyze qualitatively the effect that the cathode magnetic field angle contributes to beam ratio and prove it by calculation
特別的是，文章中定性分析了陰極磁場角對電子注速度比的影響，並通過計算獲得證明。 -
Cathode cold end effect
陽極冷端效應 -
Simulation results show that cathode over - potential under low current density is considerably increased because of methanol crossover, but its effect becomes much lower under high current density
模型顯示在低放電電流密度下，甲醇穿透顯著地增加了電池陰極過電位，降低了電池電壓；但在高電流密度下，甲醇穿透對電池性能的影響不顯著。 -
Next, the effects of the electron - beam quality on the characteristics of the vircator are investigated with simulation method. the simulation results show that the front edge of the beam pulse has almost no effect on the saturated microwave output, while good front edges can accelerate the saturation of the virtual cathode oscillation, and beam quality ( except its energy spread ) has almost no effect on microwave frequency, and so on
結果表明：上凸形束脈沖前沿可使虛陰極振蕩器達到飽和振蕩的時間縮短但對微波飽和功率基本無影響；束流脈寬應足夠大，否則虛陰極振蕩器不能達到飽和振蕩（對應本文中的模型，束脈寬應大於16ns ） ；能散度的影響不可忽視，當能散度為5時，束波轉換效率從單能束時的3 . 8降至1 . 5 ；束流質量（除能散度外）對微波頻率基本上沒有影響等。 -
This paper presents comparative systematic research of problems in the preparation of economical mould pressing bonded ndfeb permanent magnets, which include the fabricating of economical rapidly - quenching ndfeb magnetic powder and mould pressing bonded ndfeb permanent magnets ; the effect of the ndfeb magnetic powder on the magnetic properties of the magnets and the effect of the cathode electrophoretic coating on the corrosion resistance of the ndfeb magnets
為了充分發揮我國稀土資源優勢，發展我國的ndfeb稀土永磁產業，本文比較系統地研究了高性價比的模壓成型粘結ndfeb永磁體制備過程中的相關問題，包括高性價比快淬ndfeb磁粉制備、模壓成型粘結ndfeb磁體制備、 ndfeb磁粉特性對粘結磁體磁性能的影響、 ndfeb磁體陰極電泳塗層工藝及其塗層對磁體抗蝕性的影響。 -
The composition and mechanism of cdse thin films were explored by x - ray energy dispersion analysis ( eds ) and x - ray penetration spectrum ( xps ). the effect of electro - deposition conditions such as potential ( vs. sce ) of cathode, concentration of electrolyte on composition and mechanism of as - fabricated cdse thin films were gained, which provided experimental foundation and ideal basis for template - electro - deposition preparation of cdse nano - wire arrays
採用eds和xps兩種分析方法對cdse薄膜的組成進行了表徵，得到了陰極電位值（ vs . see ）和電解液濃度對edse薄膜組成的影響關系，為以hzseo3和seso32 -為硒源，用模板一電沉積法制備cdse納米線陣列提供了實驗依據和理論基礎。 -
Study on the effect cathode quality of additive on high nickel - copper electrolysis refining
添加劑對陰極銅結晶的影響研究 -
The 30mev linac can be used as energy recovery accelerator with photo - cathode rf - gun injector. and multi - cavities photo - cathode injector can not only improve the quality of output electron beam, but also decrease the effect of phase question in the energy recovery process
當注入器束流電子能量接近10mev后，第一加速段與束線中產生的減速相位與加速相位的差是小的，對能量回收效率的影響可以忽略。 -
Lithium ion battery is a new generation green non - pollution battery when it was used in the 1990s. it is widely used in portale electron apparatus and cars, due to its highlighs, such as high voltage, low discharge rate by itself, little volume, light weight and nonmemeory effect, but the cathode materials for lithium ion batteries are the key to constrain its whole performance
鋰離子電池是90年代后投放市場的新一代綠色環保電池，它因為電壓高、自放電率低、體積小、重量輕、無記憶效應等獨特性能被廣泛應用於便攜式電器以及電動汽車中，而鋰離子電池正極材料是制約其整體性能的關鍵。 -
With the development of high power microwave tube, the theoretical and experiment investigation of the high performance cathode have been conducted. the research work includes how to prepare the high performance cathode and the effect of the based metal on the cathode emission, the measurement of the inner and surface fine structures of the cathode, the discussion of emission mechanism of thermionic cathode. after a lot of experiment, we finally determined the cathode preparation with an excellent emission
為了適應大功率微波管的發展，本文展開了對高性能（大電流密度、長壽命）陰極的研究，研究工作包括陰極制備工藝、鋇鎢陰極基金屬對陰極發射性能影響、以及鋇鎢陰極基底內部結構無損檢測及表面形貌檢測、鋇鎢陰極發射機理探討及應用四個方面的實驗和理論的研究。
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