Process of collecting chip sample returned from drill hole, the related equipment, formula of calculating average assay of core and chip, as well as representativeness of chip are discussed.
阐述了岩屑从钻孔排出的收集过程与有关设备，岩屑定量分析值的计算，并举例说明岩屑的代表性。
The cost of the chip will depend ultimately on how many SNPs are required, but analysing a sample should cost no more than $10, and that should drop as the technology matures.
该芯片的成本最终将取决于有需要多少个SNP，但分析一个样品的成本，应不超过10美元，随着技术的成熟成本也会随之下降。
But the microphone and chip in the device sample the incoming sound and produce an inverted wave that cancels out just the sound of the drill.
但是装置里的麦克风和芯片从传入的声音中采样，并且产生抵消牙钻声的反向波。
The design of the single chip system, sample box thermostat circuit, sample position detecting circuit and step motor control circuit are discussed.
着重讨论了单片机系统、样品箱恒温电路、样品位置检测电路和步进电机控制电路的设计。
But the microphone and chip in the device sample the incoming sound and produce an inverted wave that cancels out just the sound of the drill.
不过，该设备上内置的麦克风和芯片会对传入的声音取样并制造反相波，这种反相波刚好可以抵消牙钻的声音。
With regards to the hardware design, a DSP chip TMS320F206 is adopted as CPU, and builds a hardware platform of sample, control, communication and human interface.
硬件设计方面采用DSP芯片TMS320F206为核心处理器，建立起基本的采样、控制、通信和人机接口硬件平台。
This sample can be used in chip of integrated optics for fibre optical gyroscope and so on.
该样品能满足集成光学光纤陀螺芯片等的需要。
Total RNA from each sample was isolated and biotin-labeled probes were hybridized to the human genome U133A chip, after which the chip was washed and scanned. Data were analyzed using DMT software.
从各个样本中提取总rna并制备成辅酶r标记的探针和人基因组u 133a芯片杂交，提取和分析数据。
The importance of analysing the internal quality of PET chip using national standard and standard sample were expounded.
阐明了应用国标和标样对分析聚酯切片产品的内在质量的重要意义。
Next, the nuclear chip of IF sample processing is AD9238, whose detailed circuit is introduced.
其中，采样单元的核心芯片是AD9238，本文对其具体电路设计作了详细说明。
The dissertation showed that PCR chip system has some advantages such as low sample consumption, low power consumption and rapid thermal cycle.
本论文研究表明，PCR芯片系统具有体积小、功耗低、扩增时间短等优点。
The present work is focused on developing electrokinetic continuous sample introduction systems for microfluidic chip-based capillary electrophoresis.
本论文的研究内容是进行基于电驱动的连续试样引入-芯片毛细管电泳分离分析的研究。
The present invention has simple circuit structure and clear circuit interface relationship and the sample data forming circuit with a single FPGA chip makes the present invention reliable.
本发明电路设计简单，电路的接口关系清晰明了，并且用单个fpga芯片实现采样数据形成的电路使得电路的可靠性比较高。
It integrates the experimental sample preparation, biochemical process and result measure on single chip for certain analytic purposes.
它将试验样品的制备、生化反应和结果检测三个步骤集成在单一器件上，能执行特定的分析功能。
This paper introduced a single - chip computers based parallel computer structure, which mainly be used to sample and process real - time image data.
本文介绍了一种用单片机构成的并行计算机结构，主要用于实时图像数据的采集和处理。
At last the sample of realizing uninterruptable power supply for single-chip microcomputer system is given.
最后给出了一个实现单片机系统电源不间断供电的应用实例。
The receiver circuits in the chip adopts novel optimized topology in order to increase the precision of sample, hold and process;
在接收器电路的设计中，论文采用了经优化的新型拓扑结构，提高了数据采样和接收精度；
It is a complete, monolithic ADC with an on-chip, high performance, low noise sample-and-hold amplifier and programmable voltage reference.
这是一款完整的单芯片adc，内置片内高性能、低噪声采样保持放大器和可编程基准电压源。
The chip measures quantities of specific biomarkers such as C-reactive protein (CRP) or troponin I in a blood sample.
这种芯片能够检测特异性生物指标的质量，例如血液中的C反应蛋白(crp)或者肌钙蛋白i。
The output signal of the sensor is the sinusoidal signal with intermediate frequency. To sample and process this signal, a data collection circuit that centers on P89C51RD2 single chip is designed.
传感器输出的检测信号是中频的正弦电压信号，为采集和处理该信号，设计了以P89C51RD2单片机为核心的数据采集器电路。
We have designed an in-chip high speed asynchronous FIFO to reduce the sample rate, the simulation results shows it can be used to reduce system resource cost and it has very low access time.
我们设计实现了片内高速异步fifo以降低采样率，仿真结果表明资源使用合理且访问时间很小。
In order to sample transient travelling wave, the design of a high-speed data acquisition system with the single-chip microcomputer DS80C320 is introduced.
为了用单片机实现对变化速度极快、变化过程极短的高速瞬态行波信号进行采样，研究了一种以DS80C32 0单片机为控制器。
The testing results of a tape-out showed that the performance of the designed chip for CMOS Image Sensor is good, it is able to sample clear photos and meets the design requirements.
设计完成后，流片测试结果表明，图像传感器可以采集清晰图像，性能良好，满足设计要求。
The testing results of a tape-out showed that the performance of the designed chip for CMOS Image Sensor is good, it is able to sample clear photos and meets the design requirements.
设计完成后，流片测试结果表明，图像传感器可以采集清晰图像，性能良好，满足设计要求。
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