up to 5

Moving 850 cubic feet of air/minute through a 4" diameter suction hose, the SYBV850 is capable of transporting sand, clay, aggregate (to 3.5") and other materials up to 50 feet efficiently.

吸尘器通过直径4英寸的吸嘴每分钟可移动850立方英尺的空气，SYBV850能够高效地运送沙子，泥土，骨料（3.5）和其他多大50英尺的材料。

Printing of the material is usually PVC or PET, these materials can not absorb ink to dry, we are using UV Ink (UV Solid-ink) printing, UV Ink in 0.5 seconds by UV drying time, the printing speed up to 6,000 / hour or more.

印刷层的材料通常是PVC或PET，这些材料不能以吸收油墨来干燥，我们采用UV油墨印刷，UV油墨能在通过紫外光0.5秒的时间内干燥，所以印刷速度可达6000张/小时以上。

Three small jet engines enable the composite-skinned, 8.5-percent scale vehicle to fly up to an altitude of 10,000 feet.

三个小型喷气式发动机足以让这架有着复合材料外衣、纯度达到8.5%的飞机飞至1万英尺的高空。

The BFD is a much more reliable and easier to maintain solution than a safety guard edge; and unlike individual photoeyes, the BFD provides continuous protection through the entire door height, up to 8.2 feet (2.5 meters).

BFD是一个比安全防护装置，更可靠且更容易维护的解决方案，不同于个别的photoeyes，BFD对整个门的高度提供持续保护，高达8.2英尺（2.5米）。

Objective To evaluate the value of infrared thermography in the diagnosis of injuries in such soft tissues as neck,shoulder,waist,leg,elbow and wrist.Methods Infrared thermograph (Type WP-95) was used to do general physical check up for 221 young soldiers with a regular military training history ranging from 1 to 5 years,whose infrared thermograms were then compared with those of 100 new recruits without any military training experience.

目的 探讨软组织损伤颈、肩、腰、腿、肘、腕红外热像图的诊断价值方法应用WP-95型红外热像仪，对221例常规军事训练1～5年的年轻干部及战士进行红外热像仪的全身检查，并与刚入伍未参加训练的新兵100例进行对照。

The linear range of concentration in molecularly imprinted monolithic column extraction is from 0.03 to 0.5μg/mL, correlation coefficients are up to 0.995, detection limit are 0.6-3.1 ng/mL and enrichments is 12-65 fold.

以毛细管电泳技术探讨对羟基苯甲酸酯类的最佳条件能有效分离六种对羟基苯甲酸酯类，再加上分子印模整体管柱具有选择性与富集率，其线性浓度范围为0.03-0.5 μg/mL，线性相关系数皆有0.995以上，侦侧极限介於0.6-3.1 ng/mL之间，富集率为12-65倍。在市售化妆水的分析添加标准品高浓度(0.1μg/mL)和低浓度(0.03μg/mL)，回收率介於80-120%之间。

To avoid this, the priors can be specified, where the anomaly probability is artificially increased (up to 0.5 or even greater), so the weight of the misclassified anomalies becomes much bigger, and the tree is adjusted properly.

为了避免这一点，先验就必须被指定，异常情况发生的概率需要人为的增加（增加到0.5甚至更高），这样误分类的异常情况的权重就会变大，树也能够得到适当的调整。

Started on the 25th, the eastward movement of cold air by the impact of Lake Balkhash, in northern Xinjiang will have 5 to 7 northerly winds, the wind Yamaguchi region 8 ~ 9, in some areas the temperature will drop 6 ~ 8 ℃, northern local areas up to temperature above 10 ℃ and a light to moderate rain, heavy rain rain local weather.

受东移冷空气影响，今明两天，内蒙古中东部、东北地区将有4~6级偏北或偏南风，上述部分地区气温将下降6~8℃。25日开始，受巴尔喀什湖东移冷空气影响，*北部将出现有5~7级偏北风，山口地区风力有8~9级，部分地区气温将下降6~8℃，北疆的局部地区降温可达10℃以上，并有小到中雨，局地大雨的降雨天气。

We won't allow battles in full-on storms as it just wasn't wise or often even viable to open the gun ports in conditions above sea state 5 on the Beaufort Scale (to be a trifle anachronistic for a moment). That's waves up to around six feet high.

我们不会允许全部依靠风暴的影响来决定，因为自然界并不受控；我们也不会在蒲福风力等级5以上的海面条件时，还让你可以打开船侧面炮仓门，这个等级以上的浪有6英尺以上高。

The altostratus base is 2 km high, and cloud top is higher than 5 km. The supercooled water exists abundantly in the cloud, the maximum is up to 0.21 g.m-3 at -11.20℃, but its distribution is not homogeneous, 87%of continuous distribution width are less than 2.4 km, which is disadvantage to the rime increasing of ice crystal in the cloud. Meanwhile, the evaporation effect of subcloud raindrop is very big, the diameter of raindrops which could not arrive the ground is less than 1 mm. Therefore, The cold vortex process produces the weak precipitation.

As云底高2 km，云顶高大于5 km，云中存在比较大的过冷水区，-11.2℃时的过冷水含量0.21 g.m-3，但过冷水的含量分布极不均匀，大于0.05 g.m-3的过冷水区连续分布的宽度87%小于2.4 km，不利于云中冰晶的连续凇附增长；同时云下雨滴的蒸发效应大，直径小于1.0 mm的雨滴难以落到地面，因此本次过程只产生弱的降水。

This paper discusses design and realizable methods of remote test output interface from logical design angle.

本文从逻辑设计的角度讨论遥测输出接口的设计及实现方法。

This also 星体投射plies to buildings, structures and geological features.

这也适用于建筑物和地质特征。