haps

英 [hæps]

美 [hæps]

v.  偶然发生；碰巧遇到
n.  运气；机缘; 偶然的事
hap的第三人称单数和复数

双语例句

• The performance of several timing estimation and frequency offset estimation algorithm are analyzed and OFDM synchronization strategy is proposed based on HAPS platform.
  分析了几种联合定时估计和频偏估计算法的性能和优缺点，设计了基于HAPS的OFDM同步方案。
• The paper also suggests that reverse C-band could be used in developing HAPS's Chinese version.
  建议利用反向C频段开发我国的平流层通信系统。
• Conclusion The amount of the bacterial and the secretion of Haps protein do not increase through extended cultured time. IPTG could induce the expression of the hap gene, and increase the secretion of HapS protein.
  结论增加培养时间不能增加NTHi的细菌总数和HapS蛋白质片段的表达与分泌量，而IPTG能诱导NTHi细菌hap基因的表达，明显增加HapS蛋白质片段的分泌量。
• And good results have been obtained whether under high salinity and high temperature reservoir or under high porosity and permeability reservoirs, thus widening HAPS's application scope in EOR area.
  不管是在高温、高盐还是高孔、高渗等复杂油藏，该聚合物均取得了很好的应用效果，从而拓展了聚合物在提高采收率领域的应用范围。
• Fading Characteristics of HAPS Communication Channel in Dynamic Environment with Low Elevation Angle
  低仰角动态环境下高空平台站通信信道的衰落特性
• The structure of HAPS was identified by using IR, HNMR and elementary analysis.
  经元素分析、红外光谱分析和核磁共振谱分析，确证了HAPS的结构。
• From infrared spectrum and elemental analysis. the structure of HAPs are accord with molecular design in this paper.
  通过红外谱图与元素分析方法分析得出，本文疏水缔合水溶性聚合物的结构与分子结构设计相一致。
• This thesis proposed a high-altitude stratospheric platform ( HAPS) communication solution based on TD-SCDMA system with the purpose of exerting its exceptional advantages as well as avoiding unfavorable disadvantages. The thesis mainly focuses on the key technique applied in the physical layer.
  本文提出了基于TD-SCDMA通信体制的高空平台平流层通信系统方案，旨在发挥平流层通信独特的优势并克服其存在的弊端，重点研究了平流层高空平台通信系统物理层关键技术。
• HAPS communition channel has the dual characteristics of the terrestrial mobile communication channel and satellite communication channel.
  平流层通信信道具有地面移动通信与卫星通信信道的双重特性。
• Phytase ( EC 3.1.3.8), a subfamily of histidine acid phosphatases ( HAPs), can hydrolyze phytate to liberate inositol and inorganic phosphorus.
  植酸酶（EC.3.1.3.8）是组氨酸酸性磷酸酶的一个亚类，催化水解植酸盐释放肌醇和无机磷酸。