1·Some coarse errors belong to instrument error can be removed easily with the statistic method.
仪表误差中粗大误差可通过统计学的方法以剔除。
2·The instrument error that contributes to the greatest variability is the cuff size of the sphygmomanometer.
变异性中占比例最大的设备误差是血压计袖套的大小。
3·Based on the inertial guidance instrument error model, the model of reentry point's parameters is established in this paper.
基于惯性制导工具误差模型，推导出存在工具误差时的再入点运动参数模型。
4·The mathematical models of surface profile as well as dividing the instrument error and the measurement interference are established.
本文还建立了表面轮廓和分离表面轮廓测量干扰及仪器误差的数学模型。
5·There are four kinds of error sources for logging data: method error, environment error, instrument error and error caused by negligence of operators.
测井数据误差来源归纳起来有四种：方法误差、环境误差、装置误差和人为误差。
6·The following examples of laboratory errors are considered as assignable causes, including but not limited to instrument error, observable error and confirmed observable error.
以下实验室误差的例子可认为是可确定的原因，包括但不限于：仪器错误，显著误差和经证实的显著误差等。
7·Often INSTRUMENT manufacturers will specify a reference with a tight initial error so they do not have to perform room-temperature SYSTEMs calibration after assembly.
仪器制造商常常先规定基准严格的初始误差，以便组装后的室温系统无需进行校准。
8·According to the allowance of production, the maximum error of measurement is used to determine the accuracy of the instrument.
根据生产所允许的最大测量误差来确定仪表的精确度。
9·It is the longer to measure cycles, the stronger the capability of instrument recognition to the weak signal is, it is the less to measure the error.
同时测量周期越长，仪器对弱信号的识别能力越强，测量误差越小。
10·In chapter four, describes the bus management, and discussed the implementation of data transfer, flow control and error control in the network-stye instrument bus.
第四章讨论总线管理，阐述了数据传输、流量控制和差错控制在网络式仪器总线中的实现。