This part of the project is searching the nearest 1000 likely stars with high sensitivity for signals in the frequency range 1000 to 3000 MHz.
这部分项目搜寻离地球最近的1000颗可能存在的恒星，这些恒星对频率范围在1000到3000兆赫内的信号有着较高的灵敏度。
54 to 88 MHz for Channels 2 to 6.
54到88mhz，用于频道2到6。
The processor's rated speed is 252 MHz.
处理器的额定速度是252MHz。
174 to 216 MHz for Channels 7 through 13.
174到216mhz，用于频道7到13。
However, 800 MHz may be hard to find, he said.
但是，800MHz可能很难被使用，他说。
470 to 890 MHz for UHF Channels 14 through 83.
470到890mhz，用于UHF频道14到83。
It USES 79 frequency channels, spaced 1 MHz apart.
它使用了79个信道，彼此间隔1 MHz。
One MHz equal one million instruction cycles per second.
1mhz等于每秒一百万个指令周期。
Channel n (where n is 0...78) uses a carrier frequency of 2402+n MHz.
信道n（n为0...78）使用的载波频率为2402+nMHz。
Zap a hydrogen atom and it will resonate at a particular rate: 1420 megahertz (MHz).
轰击氢原子可以与某一特定的频率产生共鸣: 1420兆赫。
The recommended minimum Linux client configuration is a Pentium III, 500 MHz, 192 MB system.
推荐的最低限度的Linux客户机配置是PentiumIII、500MHz、192MB系统。
A very weak local area Indian language pirate TX on 90.0 MHz was a suitable stable signal source.
当地一个非常弱的90.0兆赫德克萨斯州印第安语海盗是一个合适的稳定的信号源。
The RF-7800V provides continuous coverage in the 30 to 108 MHZ frequency band at up to 50 watts of power.
还可在50w功率下提供30-108MHz的持续性频率覆盖。
Also, a large frequency spectrum (698-806 MHz) was freed by switching over from analog TV to the digital one.
此外，从模拟电视信号到数字电视信号的切换也释放了广阔的频道(698- 806mhz)。
The environment that you're working in is an LPAR partitioned p570 with one CPU - POWER5 running at 1654 MHz.
您的工作环境是使用一个CPU的lpar分区的p 570, CPU为1654 MHz的POWER5。
It took me two minutes and 40 seconds, installing 241 filesets on a one-CPU POWER5 processor running at 1654 MHz.
我花了2分40秒在运行频率为1654 MHz的单cpu POWER 5处理器上安装了241个文件集。
For release 6.5.3, the minimum recommended Windows client configuration is a Pentium III, 800 MHz, 256 MB system.
对于版本6.5.3，推荐的最低限度的Windows客户机配置是PentiumIII、800MHz、256MB系统。
This bar naturally vibrates at 3.145 MHz, but apply an alternating voltage and it vibrates more quickly or slowly.
这种硅条自然的震动于3.145MHz的频率，不过当施加一个交变电流的时候，它的震动会变快或变慢。
Obviously, the newest server running a quad-core is going to execute code faster than an old 400 MHz processor.
很明显，运行4 核CPU 的新服务器执行代码的速度肯定要比 400 MHz 老式处理器快。
Intel released their 133 MHz Pentium processor, and the Pentium pro processor (running up to a mighty 200 MHz).
英特尔公司推出了133MHz奔腾处理器以及奔腾处理器(运行速度能够达到200mhz)。
Instead of expected 750 MHz this index will comprise in the card, which will enter by retail, more than 800 MHz.
而不是预期的750兆赫这一指数将包括在该卡，将进入零售，超过800兆赫。
A 2005 study by the NSF found that only 5.2% of the wireless spectrum from 30 MHz to 3000 MHz was in use at any one time.
一份由nsf在2005的调查研究表明，在任意一次时间段中，从30mhz到3000mhz的无线频谱范围只有5.2%被使用。
Since there are strong local adjacent FM signals on 89.9 and 90.1 MHz, 90.0 MHz is an ideal even channel for selectivity testing.
由于有强大的本地毗邻调频90.1兆赫的信号就和89.9,90.0兆赫，甚至是一个理想的通道选择性测试。
Reading a 3 - to 4-mb database, finding word matches, and producing results takes only about 5 seconds on a 333 Mhz Linux box with 96 MB.
在一台333Mhz、96MB的Linux系统上读取3到4 - MB的数据库，找到匹配的单词然后生成结果只需要5秒钟。
It receives Ku frequency band signals from 10.7 through 12.75 GHz with improved frequency stability by using an external 10 MHz reference.
它可以接收Ku波段信号，频率范围10.7 ~ 12.75GHz，通过使用一个外部10MHz参照物改进频率的稳定性。
As an example, on a test run, the extra elapsed time for an XML file with 10,000 elements was less than half a second on a 600 MHz processor.
比如根据测试，在600MHz的处理器上，包含10,000个元素的XML文件只多花了不到半秒钟的时间。
The excitingly named phone SCH-r900 will have a 624-MHz processor, 128 MB of RAM, a 3.2-inch display, and Windows Mobile 6.1 operating system.
这款手机的名字----SCH-r900很是激动人心，配置624MHZ处理器、128MB内存、3.2英寸显示器以及Windows Mobile6.1操作系统。
Fifteen years ago, is seemed inconceivable that an ordinary individual would ever need a 100 MHZ machine with 1 gigabyte of disk storage space.
15年以前，似乎难以想象一个普通人会需要100兆的机器和十亿字节的磁盘存储空间。
For a 1000 mAH battery, the Intel Atom Z500 Atom processor running at 800 MHz offers 19 hours of sleep time and overall battery life of 7 hours.
想下这些数字（来自ARM），一颗1000毫安时容量的电池IntelAtomZ500处理器在频率800MHz运行时能支持19个小时的休眠时间，7小时的正常使用时间；
For a 1000 mAH battery, the Intel Atom Z500 Atom processor running at 800 MHz offers 19 hours of sleep time and overall battery life of 7 hours.
想下这些数字（来自ARM），一颗1000毫安时容量的电池IntelAtomZ500处理器在频率800MHz运行时能支持19个小时的休眠时间，7小时的正常使用时间；
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