effect n. 1.結(jié)果。 2.效能,效果,效力,效應(yīng),作用,功效;影響。 3.感觸,印象;外觀,現(xiàn)象。 4.旨趣,意義。 5.實行,實施。 6.(布的)花紋。 7.〔pl.〕物品,動產(chǎn),家財。 8.〔pl.〕〔英國〕仿制品。 cause and effect 因果。 curative effects 療效。 general effect 大意,綱領(lǐng)。 household effects 家產(chǎn),家具什物。 love of effect 愛面子,愛(修飾)外表。 no effects 無存款。 personal effects 私人財物,手提行李。 sound effects 音響效果。 three-dimensional effect 立體感。 be in (full) effect 正在實行[厲行]。 bring [carry] into [to] effect 實行,實現(xiàn),貫徹。 come [go] into effect 開始實施[生效]。 feel the effects of 痛感…。 for effect 裝門面。 give effect to 實行,實施。 have an effect on [upon] 對…有影響[效果]。 in effect 實際上;總之;有效,生效。 of no effect 無效;無益,不中用。 put into effect 實行。 take effect 奏效,見效,有效驗,應(yīng)驗;生效。 to no effect =without effect 無效,不靈驗。 to the effect that ... 大意是說…,內(nèi)容是 (A telegram to the effect that .... 電報大意是說…)。 to this [that, the same] effect 按這種[那種、同樣]意思。 with effect 有效地。 vt. 1.產(chǎn)生,招致,導(dǎo)致,引起。 2.完成,達到,實現(xiàn)(目的等)。 effect a cure 發(fā)揮治療效果。 effect an insurance 參加保險。 n. -or 〔生〕效應(yīng)器,效應(yīng)基因。
Influence of the negative third - order dispersion on the soliton compression effect in fsdd 中負三階色散對孤子壓縮效應(yīng)的影響
Even with extreme bass impulses the playback remains stable and clean , without any compression effects whatsoever 甚至在帶極端低的脈沖時,重播仍維持穩(wěn)定度和乾凈,一點都沒有任何壓縮效應(yīng)compress effects
( 3 ) sc generated in anomalous dispersion region of dispersion - shifted fibers by use of compression effects of higher - order soliton is studied 發(fā)現(xiàn)光纖的三階色散(色散斜率)對sc譜的形成起著關(guān)鍵性的作用。
With this thought we can obtain the balance between the image compression and image quality , reaching excellent compression effect on the basis of keeping the image quality 利用這種思想進行編碼可在圖像的壓縮和質(zhì)量間取得平衡,在保證圖像質(zhì)量的前提下可取得較好的壓縮效果。
And an optimum method of producing the azimuth reference function based on polynomial model is brought out , which has improved the azimuth compression effect successfully . 3 在對模擬得到的原始數(shù)據(jù)進行成像壓縮過程中,本文提出了一種由實際距離擬合生成方位向參考函數(shù)的方法,成功的提高方位向壓縮效果。
The experimental results indicate that , in addition to guarantee the coding performance , this method may especially improve the compression effect on the video sequence with high motion . meanwhile , it can greatly reduce computational complexity and memory requirement 實驗結(jié)果表明,該方法在保證視頻序列編碼性能的同時,尤其可以提高對運動劇烈視頻序列的壓縮效果,同時還能大大降低計算量和存儲空間。
The system uses the sdt algorithm to compress the process data and then saves it to the historical database . the concurrence of relative error is maintained under an acceptable level . it has obtained the satisfactory compression effect and enormously reduced the data storage space 系統(tǒng)采用旋轉(zhuǎn)門壓縮算法,將過程數(shù)據(jù)壓縮后存儲于歷史數(shù)據(jù)庫,壓縮后的重現(xiàn)數(shù)據(jù)保持較小的相對誤差,取得了滿意的壓縮效果,極大減少了數(shù)據(jù)的存儲空間。
Second part provide about the realization course of jpeg2000 standard . analyse the difference of structure by different method and according to the different method to compare the correspond result . moreover compareing the compression effect between jpeg and jpeg2000 第二部分講述了jpeg2000標(biāo)準(zhǔn)的實現(xiàn)過程,分析了該標(biāo)準(zhǔn)的不同實現(xiàn)結(jié)構(gòu),并根據(jù)不同的實現(xiàn)結(jié)構(gòu)進行了相應(yīng)比較;另外還對jpeg和jpeg2000兩種標(biāo)準(zhǔn)的壓縮效果進行了分析、比較。
The essay , first of all , researchs jpeg2000 and implements the kernel code of compressing dicom with jpeg2000 . on the basis of it , gives an improvement , and then combines image denoising and image compression to get better lossy compression effect ; discusses several lossless compression ways of medical image sequence ; in the end , discusses or analyses many problems of compressing with jpeg2000 , and tests all the methods said in the paper 并在此基礎(chǔ)上給出了一種對jpeg2000的改進算法;接著將圖像的小波降噪方法與jpeg2000相結(jié)合,以得到更好的有損壓縮效果,同時給出了一種提高壓縮比的方法;再接著討論了幾種提高醫(yī)學(xué)序列圖像無損壓縮的方法;最后討論和分析了jpeg2000在壓縮dicom時所涉及的問題;并對所提出和討論的方法進行了相關(guān)的試驗。
Simulation on the a - magnet of 30mev linac is also done with the gpt code ; the movement picture of electron beam in a - magnet is presented ; the change of beams emittance , the compression effect of bunch length , change of energy dissipation and achromatic angle of true a - magnet are explored . this chapter mainly introduces some characteristics and properties of the main accelerate stage in 30mev linac system 利用gpt程序?qū)?0mevlinac中的-磁鐵進行了動力學(xué)模擬,給出了電子束在-磁鐵中的運動圖像,研究了注入器輸出束流經(jīng)過-磁鐵后束流發(fā)射度的變化、束團長度的壓縮效應(yīng)、能散度的變化以及-磁鐵實際的消色散入射角。