此探针阵列放在材料的中央。
他们利用DNA探针阵列(即基因芯片)对客户的DNA突变进行预诊断。
They have employed arrays of DNA probes, known as gene chips, to look for pre-identified variations in their clients' DNA.
为了获得可靠结果，建议改进探针阵列设计，并采用正确数据处理方法。
Improving the probe array design and using a correct data processing are necessary for obtaining reliable results.
虽然研究还处于初期，但这项新技术可能得到扩展，如让AF M探针阵列能高效、迅速地在石墨烯薄片上刻写电路。
While the research is still in its early days, it is possible that the new technique could be extended so that arrays of AFM tips rapidly write circuits at high rates across graphene wafers.
按设计模式，以自动化微阵列点样仪将探针点样于APTESPDC修饰的玻片表面。
The probes were spotted on the surface of APTES-PDC-modified glass slides by microarray spotter tracing the designed patterns.
DNA微集阵列技术的关键是探针的制备与样品的标记、杂交。
The key points of the DNA microarray technology include probe preparation, sample labeling and hybridization.
第一装配辅助膜(42)典型地位于所述第二表面(48)和所述支撑架(40)之间并且包括适于接收探针(14)的第二阵列的第二微孔(50)。
First assembly aid film (42) is typically positioned between second surface (48) and support frame (40) and includes a second array of second micro-holes (50) adapted to receive probe pins (14).
阐述了矩形径向线馈电螺旋阵的工作原理，对辐射单元、耦合探针和馈电系统进行了详细设计，进而得到一个X波段4单元阵列天线模型。
The radiation element, the coupling probe and the feeding system were designed in details, as a result, an X-band 4-element array model was obtained.
第二装配辅助膜(44)通常接触或者紧密地邻近所述第一装配辅助膜(42)并且具有适于接收探针(14)的第三阵列的第三微孔(52)。
Second assembly aid film (44) generally is in contact or close proximity to first assembly aid film (42) and has a third array of third micro-holes (52) adapted to receive prove pins (14).
第二装配辅助膜(44)通常接触或者紧密地邻近所述第一装配辅助膜(42)并且具有适于接收探针(14)的第三阵列的第三微孔(52)。
Second assembly aid film (44) generally is in contact or close proximity to first assembly aid film (42) and has a third array of third micro-holes (52) adapted to receive prove pins (14).
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