在1964年的一次会议上回答问题时，据指出，在1920年代，可以达到“

在1964年的一次会议上回答问题时，据指出，在1920年代，可以达到“十到十五分钟的弧度”的精度。到1950年代，可以达到“一分钟”的精度。到1964年，它声称在20项基线调查中平均误差为4秒，并指出，人们相信在几年内“每次”都可以达到“也许一秒钟”的一致精度。尽管有人预测到2000年基于低温核共振陀螺仪的惯性导航系统将被普遍使用，但自1960年以来，陀螺仪附件几乎没有进一步的内部改进。1960年以后，陀螺仪测量领域的大多数发展已经通过各种修改使观察者能够执行更准确和可重复的调查。对磁悬浮和光纤陀螺仪的最新应用研究已注册了多项专利，因此至少开发了两个“陀螺仪”总站。

結果 (英文) 1:

Responding to a question at a conference in 1964 on, it was noted in the 1920s, can achieve accuracy, "ten to fifteen minutes of arc" of. To the 1950s, it can achieve "one minute" accuracy. By 1964, it claimed the 20 baseline survey average error of 4 seconds, and noted that it is believed that within a few years "every time" can be achieved, "perhaps one second," the consistent accuracy. Although it was predicted that by the year 2000 will be the widespread use of low-temperature inertial navigation system based on nuclear magnetic resonance gyro, but since 1960, gyroscope annex almost no further internal improvements. After 1960, most of the developments in the field have been measured by a gyroscope that various modifications enable the observer to perform more accurate and repeatable investigation. The latest research on the application of magnetic levitation and fiber optic gyroscope has registered a number of patents, so the least developed two "gyroscope" station.

結果 (英文) 2:

In answering questions at a meeting in 1964, it was pointed out that in the 1920s, the accuracy of "ten to fifteen minutes of arc" could be achieved. By the 1950s, the accuracy of "one minute" could be achieved. By 1964, it claimed an average error of 4 seconds in 20 baseline surveys, and noted that it was believed that "maybe one second" of consistent accuracy could be achieved "at a time" within a few years. Although it has been predicted that inertial navigation systems based on cryogenic nuclear resonance gyroscopes will be widely used by the year 2000, there have been few further internal improvements in the gyro accessories since 1960. Since 1960, most developments in the area of gyroscope measurement have been modified to enable observers to perform more accurate and repeatable surveys. The latest application research on magnetic levitation and fiber-optic gyroscopes has been patented, so at least two "gyroscope" terminals have been developed.

結果 (英文) 3:

When answering questions at a meeting in 1964, it was pointed out that in the 1920s, the accuracy of "radians of ten to fifteen minutes" could be achieved. By the 1950s, it was possible to achieve "one minute" accuracy. By 1964, it had claimed an average error of four seconds in 20 baseline surveys, noting that it was believed that "every time" within a few years would achieve a consistent accuracy of "maybe one second.". Although it is predicted that inertial navigation system based on low temperature nuclear resonance gyroscope will be widely used in 2000, there has been little further internal improvement of gyroscope accessories since 1960. Since 1960, most developments in the field of gyroscope measurement have enabled observers to carry out more accurate and repeatable surveys through various modifications. Many patents have been registered for the latest application research of maglev and fiber optic gyroscope, so at least two "gyroscope" terminals have been developed.