也就是说每秒运算80万亿次。
该计算机可以每秒执行高达80万亿次操作。
The machine is able to perform up to eighty trillion operations per second.
这台美洲豹超级计算机能达到每秒计算23万亿次。
The Jaguar supercomputer can process up to 2.3 quadrillion calculations per second.
中国成功研制千万亿次超级计算机——“天河一号”。
China has successfully developed "Milky Way One" Supercomputer.
水分子的氢氧健一秒钟之内就会发生万亿次的断裂和重组。
Inless than a trillionth of a second, water molecules are thought tofluctuate between the two states as the hydrogen bonds break and reform.
甚至小于1.05万亿次，考虑到较小的一部分，也可能有单位禁用。
Even less than 1.05 TFlops, considering the lesser part is likely to have units disabled.
作为一个例子，“罗蒙诺索夫”超级计算机超过每秒钟10万亿次运算。
As an example, the "Lomonosov" supercomputer makes over 10 trillion operations per second.
这台计算机能承担每秒钟2507兆或是2.507千万亿次的计算速度。
The machine has a sustained computing speed of 2, 507 trillion calculations, or 2.507 petaflops per second.
仅仅是在去年年底，IBM刚刚率先在百万亿次超级计算机上取得突破。
Just at the end of last year, IBM made a breakthrough in supercomputers of hundred trillion operations per second.
但是，纳米天线内的电流的频率高达每秒万亿次，这超出了现有整流器的工作范围。
However, the current in the nanoantennae oscillates at a rate of trillions of cycles a second, which is beyond the range of existing rectifiers.
光学原子钟振动的速度快得多，大约每秒500万亿次，因此把时间分成了更小的单元。
Optical atomic clocks oscillate much faster, at about 500, 000 billion cycles per second, and thus divide time into smaller units.
它的运算速度大于每秒钟100万亿次，大约比传统意义上的个人电脑快55000倍。
At more than 1 quadrillion mathematical calculations per second, it is about 55, 000 times faster than your typical PC.
10月，一台每秒进行2570万亿次运算的超级计算机赢得了世界最快计算机的称号。
In October, a supercomputer performed 2.57 petaflops — that is, 2.57 quadrillion calculations per second — to seize the title of fastest computer in the world.
此后，美国对超级计算机系统投入巨资，终于在2008年突破每秒运算千万亿次的关口。
The United States then began investing heavily in the computing systems, breaking the petaflop barrier in 2008.
它的运算速度大于每秒钟100万亿次，大约比传统意义上的个人电脑快55000倍。
At more than 1 quadrillion mathematical calculations per second, it is about 55,000 times faster than your typical PC.
基于百万亿次超级计算机深腾7000，对行星流体动力学数值模拟程序的性能优化进行了研究。
The performance optimization of planetary fluid dynamics numerical simulation program on thousands cores is investigated by the experiments on 100TFlops-scale supercomputer, DeepComp 7000.
现在，没有任何超频量可以弥补的巨大差距较小，已有5870高清，这站很善于2.72万亿次。
Now, no amount of overclock can bridge the enormous gap to the smaller, already available HD 5870, which stands pretty at 2.72 TFlops.
届时，完全自主知识产权的千万亿次量级超级计算机将使中国高性能计算机与国外的差距进一步缩小。
The domestically-developed supercomputer will further narrow the gap between China and other advanced countries in the field of high-performance computer technology.
在其运行全部处理能力时，可以达到的速度为每秒1206万亿次，实际的处理能力为563.1万亿次。
Running at full processing capacity it should achieve a speed of 1.206 teraflops. Its actual score was just 563.1 teraflops
预算争论导致项目进度延期，威胁到研发全世界第一台每秒运算能力达一万万亿次的超级计算机这一目标的实现。
The budget haggling delayed the machine's timetable and threatened Japan's goal to have the first machine capable of 10 quadrillion calculations per second.
国家超级计算长沙中心建成后，将使世界上具有千万亿次计算能力的超级计算中心和国家级实验室增加到八家。
Once completed, the NSCC in Changsha will add to the world's eight quadrillion-level supercomputing centers and national LABS.
换句话说，一个64字节密码对那种使用蛮力破解密码的尝试从2升到了64，简言之，就是18万万亿次的尝试。
Put another way, a 64-bit password would require 2 raised to the power of 64 attempts to crack it by brute force—in short, 18 billion billion attempts.
国防部新网站的主编季桂林，于星期三，说自国防部的新网站上线一个月来，已经招到超过230万亿次的黑客攻击。
More than 230 million hacking attacks were launched against the Ministry of National Defense (MOD) 's new website during its first month online, the site's editor-in-chief Ji Guilin said Wednesday.
然后用数字、符号和混合大小写来重新编排一下：“2bon2bT1tq”（用“2”代替“to”），这样这就成了一个有万亿次变化可能性的密码。
Then use numbers, symbols and mixed-case letters to recreate it: “2bon2bT1tq” is a password with quadrillions of variations.
万亿次高性能计算机采用336个龙芯2f处理器作为计算单元，使用两级全交换千兆以太网实现互连，具有高性能、低成本、低功耗和低占地面积等特点。
KD-50-I tera-flops high-performance computer system is made up of 336 Loongson-2F CPUs as the computing elements, using two-level full-switched Giga-Ethernet for its interconnection.
通过嵌入处理器芯片的光通信，建立Exaflop(1018次，是千万亿次petaflop的1000倍)级水平的高效能计算机系统的愿景将在不太遥远的未来实现。
With optical communications embedded into the processor chips, the prospect of building power-efficient computer systems with performance at the Exaflop level might not be a very distant future.
通过嵌入处理器芯片的光通信，建立Exaflop(1018次，是千万亿次petaflop的1000倍)级水平的高效能计算机系统的愿景将在不太遥远的未来实现。
With optical communications embedded into the processor chips, the prospect of building power-efficient computer systems with performance at the Exaflop level might not be a very distant future.
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