memory density 中文意思是什麼

memory density 解釋
存儲密度
  • memory : n. 1. 記憶;記憶力;【自動化】存儲器;信息存儲方式;存儲量。2. 回憶。3. 紀念。4. 死後的名聲,遺芳。5. 追想得起的年限[范圍]。
  • density : n. 1. 稠密;濃厚。2. 【物理學】濃度;密度;比重。3. 愚鈍,昏庸。
  1. Following the enhancement of process technology, the feature size of device becomes smaller, which make the density of flash memory and at the same time performance improved

    隨著工藝水平的不斷提高,器件特徵尺寸不斷減小,從而使得flashmemory在容量不斷增大的同時性能也在不斷的改善。
  2. In the last twenty years, extensive studies have been made on the structure, basic magnetic properties, interlayer coupling, interfacial structures and its relative effects in magnetic thin and ultrathin films due to their potential application in magnetic random access memory ( mram ) and ultrahigh - density data storage

    隨著在磁性隨機存儲器和超高密度存儲技術中應用的不斷拓展,近二十年來,磁性薄膜和超薄膜的結構、基本磁性、層間耦合、界面狀況及其相關效應一直是人們研究的熟點和難點之一。
  3. The os - 314tt is engineered with 300dpi resolution that delivers superior quality for your high - density image requirements. the os - 314tt provides both thermal transfer and thermal printing flexibility and offers maximum performance at a minimum price. the built - in 2 mb of memory and 32 - bit microprocessor delivers fast throughput for the os - 314tt and enables label printouts of 14 inches

    Os - 314tt條碼印表機除具備os - 214tt條碼印表機之優點,更提供300dpi完美的列印解析度,圖象輸出如同激光列印般精密清晰,為四寸微型標簽條碼條碼印表機之翹楚。
  4. Magneto - electronics lies in the area of current scientific interest in condensed matter physics and material sciences, due to abundant physical conceptions and applied potentials. it is a base of magnetic devices with high density and sensitivity. recently, non - volatile magnetic computer memory ( mram ) is expected to have a large economic impact, and has been significantly focused on its experimenatal research

    目前,非揮發性磁存儲記憶器件?磁存儲器magneticrandomaccessmemory ( mram )的研究和開發已成為自旋電子學研究的主要應用目標;而在室溫和低磁場下,具有足夠大的磁電阻( mr )效應成為實現mram器件應用的前提。
  5. But when concerned with higher magneto - optical recording density, the kerr angle become smaller at shorter wavelength than at longer wavelength result from recoding and reading the memory information by shorter wavelength semiconductor laser tube. further more the signal - to - noise of recording information lowers and brings difficulty for the reading

    但在更高密度磁光記錄方面,由於信息記錄與讀出採用短波長半導體激光管,磁光記錄材料的克爾旋轉角比長波長時小,導致記錄信息的信噪比下降,給信息讀出帶來困難,為此將對材料進行改性。
  6. As a functional material, tini shape memory alloy thin film has the characteristics of large stress, strain and high work density. it is a perfect micro - actuator candidate for the micro - electrical mechanical system ( mems )

    Tini形狀記憶合金薄膜被認為是目前微機械領域中較有發展前景的一種大應力、應變和高單位功密度的微驅動器材料,對它的研究和開發必將推動微電子機械繫統的發展,為人類探索和操作微觀世界提供一種有效的工具。
  7. The ultra high density bloch line memory ( blm ) scheme was proposed bykonish in 1983. negative vertical bloch line ( vbl ) pairs in the walls of stripe domains aligned in parallel ( minor loops ) are used as information carries in blm. so, the study of the temperature stability of the vbl in the magnetic domain of garnet bubble is very important to the study of blm and the development of magnetic domain wall physics

    並通過j . c . slonczewski所給出的vbl的平衡間距公式分析得出d疇壁中vbl間的平衡間距( s _ ( eq ) )隨溫度的升高而增大,這與以前人們所得到的ohb疇壁中vbl間平衡間距( s _ ( eq ) )隨溫度的升高而減小的結論不一致,並對此進行了分析。
  8. Magneto - optical recording is a prosperous new field in information memory. the progress of magneto - optical recording technology is much significance for the require of high capacity, density and erasable property

    磁光存儲是信息存儲技術中一個有潛力的新領域,磁光存儲技術的改進對大容量、高密度可擦除信息存儲要求具有重要意義。
  9. Though memory density is gradually improving, the producing ability of new data is increasing more rapidly

    而且,盡管隨著科技的發展媒體的存儲密度正在逐步提高,但是新數據的生成能力增加更強。
  10. Mram ( magnetic random - access memory ) : memory chips with an unmatched combination of instant - on capability, reduced power consumption, speed, and density

    磁性隨機路徑記憶) :和一個無配偶的記憶薯條組合具有快速能力,減少了耗電量,速度和密度。
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