阻燃服裝中Z常用的幾個測試有哪些?請各位高手幫忙

李煜紅大本營 2013-04-12 00:13:51 465 瀏覽

參與評論

評論

登錄后參與評論

全部評論(1條)

那祇寔傷 2013-04-13 00:00:00

GB8965-98 ZG國家阻燃服標準 EN531：歐盟工業(yè)熱防護服標準 EN470-1：歐盟焊工及相近工種熱熱防護服標準 EN479歐盟消防防護服標準 NFPA 2112：美國消防協(xié)會閃火阻燃服標準 AS4967-2002 澳大利亞（過渡版本）消防防護服標準這些都是阻燃工裝的測試標準，詳細的建議您咨詢下新鄉(xiāng)豫龍紡織，他們這方面比較有經(jīng)驗！

贊(11)

回復(fù)(0)

評論

評論
登錄后參與評論

登錄或新用戶注冊

微信登錄
密碼登錄
短信登錄

請用手機微信掃描下方二維碼
快速登錄或注冊新賬號

微信掃碼，手機電腦聯(lián)動

注冊登錄即表示同意《儀器網(wǎng)服務(wù)條款》和《隱私協(xié)議》

熱門問答

阻燃服裝中Z常用的幾個測試有哪些?請各位高手幫忙:

請各位醫(yī)生高手幫忙看下血液分析報告？急！: 本人馬上就要應(yīng)聘新工作，不知這份血液分析報告能過關(guān)嗎？白細胞數(shù)3。6淋巴細胞值1。4中間細胞值0。1粒細胞值2。1淋巴細胞百分比37。9中間細胞百分比2。9粒細胞百分比59。... 本人馬上就要應(yīng)聘新工作，不知這份血液分析報告能過關(guān)嗎？白細胞數(shù)3。6 淋巴細胞值1。4 中間細胞值0。1 粒細胞值2。1 淋巴細胞百分比37。9 中間細胞百分比2。9 粒細胞百分比59。2 紅細胞數(shù)4。88 血紅蛋白165 紅細胞壓積0。429 平均紅細胞體積87。9 平均血紅蛋白含量33。8 平均血紅蛋白濃度384 紅細胞寬度標準差51。4 紅細胞寬度變異系數(shù)12。9 血小板數(shù)180 血小板體積0。161 平均血小板體積8。9 血小板分布寬度10。9 各位大哥這就是報告結(jié)果，有什么異?；驊?yīng)該怎么ZL請一定告訴我喲，關(guān)系到人生前途。謝謝！展開

請各位高手相助－英語翻譯: openingceremonyplenarylecturefiltrationfiltrationintheframeworkofglobalisationandtechnicalinnovationSolid-Liqiud-SeparationbyCakeFiltration-StateoftheArtandFutureExpectat... opening ceremony plenary lecture filtration filtration in the framework of globalisation and technical innovation Solid-Liqiud-Separation by Cake Filtration-State of the Art and Future Expectations. Gas Separation with supported ionic liqiud membranes Alternative permeate recovery systems for pervaporation A. Seeberger，C.Kern，A，Jess，University of Bayreuth，Germany concentration and dewatering of ethanol by organophilic and hydrophilic zeolite membranes safe drinking water for everybody?Membrane technology from small scale and viceversa Two years experience with Germanys largest two stage ultrafiltration plant for drinking water production. Potable water production by membrane processes Effect of bacterial deformation on microorganisms’ removal functionalized and doped nanofiber filtration media with lonex and antimicrobial properties the development of an enhanced surface filtration medium based on short metal fibres for applications in food & beverage，chemical & pharmaceutical industry Commercial applications for DisruptorTM alumina nanofiber filter media Assessment of the cleanable dust filtration behaviour of surface treated needle felts by characterisation parameter determined by image analysis 展開

烘箱溫度控制高手請幫忙！?。?！: 有聽說過一種通過控制加熱功率的百分比輸出來控制烘箱溫度的方法！請問是使用壽命儀表或者元件來實現(xiàn)的?。。?！求高手幫忙！或者有沒有其他方法通過控制加熱功率來實現(xiàn)烘箱的溫控?。?.. 有聽說過一種通過控制加熱功率的百分比輸出來控制烘箱溫度的方法！請問是使用壽命儀表或者元件來實現(xiàn)的?。。?！求高手幫忙！或者有沒有其他方法通過控制加熱功率來實現(xiàn)烘箱的溫控?。。。。?！請告訴幫忙！展開

大腸桿菌檢測的問題，請高手幫忙: 如題，在大腸桿菌GB/T 4789.38 2008中，Z終的大腸桿菌數(shù)是根據(jù)LST肉湯陽性管數(shù)查MPN表得到的，那么后面的復(fù)發(fā)酵試驗和生化試驗是不是可以不用做的啊? 后面是不是就是為了驗證以上檢測的準確性的呢？請高手賜教，不勝感激涕零

請各位高手幫忙翻譯一下專有名詞: 針規(guī)，推拉力計不勝感激:

請各位大蝦幫忙翻譯一下：: Withmorethan6millionnewmeasurementchannelssoldlastyear，NationalInstrumentsisaworldwideleaderinvirtualinstrumentation.Engineershaveusedvirtualinstrumentationformorethan25y... With more than 6 million new measurement channels sold last year， National Instruments is a worldwide leader in virtual instrumentation. Engineers have used virtual instrumentation for more than 25 years to bring the power of flexible software and PC technology to test， control， and design applications making accurate analog and digital measurements from DC to 2.7 GHz. This document provides an excellent introduction to virtual instrumentation as well as additional resources for continued research. What is virtual instrumentation? With virtual instrumentation， software based on user requirements defines general-purpose measurement and control hardware functionality. Virtual instrumentation combines mainstream commercial technologies， such as the PC， with flexible software and a wide variety of measurement and control hardware， so engineers and scientists can create user-defined systems that meet their exact application needs. With virtual instrumentation， engineers and scientists reduce development time， design higher quality products， and lower their design costs. 展開

請高手幫忙翻譯一下 3: 2.2.1. Physical and physicochemical characterization The particle size distribution of the Ch-zeolite was determined using a laser diffraction equipment (CILASk 1064) and standard wet sieving (Mesh Tylerk series). Scanning electron mic... 2.2.1. Physical and physicochemical characterization The particle size distribution of the Ch-zeolite was determined using a laser diffraction equipment (CILASk 1064) and standard wet sieving (Mesh Tylerk series). Scanning electron microscopy (SEM-PHILIPSk XL20) was used for photomicrographs as well as to analyse the Ch-zeolite composition (Energy Dispersion X-ray， EDX). The sample was initially placed in a vacuum chamber for coating with a thin layer (few nanometers) of gold (Au). The specific surface area of the material was measured by the methylene blue technique and by nitrogen gas adsorption methods， with the latter also providing information about particle porosity. In the methylene blue adsorption method， aqueous solutions (50 ml) of methylene blue (100 mg l 1) were agitated using an orbital shaker (Marconik) for an hour at room temperature in the presence of different quantities of the Ch-zeolite (0.05–0.3 g). The suspensions were then allowed to settle for 23 h and the resulting supernatants were centrifuged at 5000 rpm before the analysis of the residual methylene blue concentration. Results obtained correspond to averaged values of three different experiments. The specific surface area was evaluated by the Langmuir model， assuming the formation， at high concentrations， of a dye monolayer and 1.08 nm2 molecule 1， for the cross-sectional area (Van den Hul and Lyklema， 1968). The Ch-zeolite specific surface area was evaluated by the nitrogen gas adsorption method， using automated equipment (Autosorb 1-Quantachrome Instrumentsk)， employing multipoint BET isotherm adsorption data fitting. Also from these data， the porosity of the material was evaluated through parameters such as volume of total pores (d < 206 nm)， surface area and volume of micropores (d < 2 nm; Micropore Analysis Method). Zeta potential measurements for the natural and ammonia loaded zeolite， as a function of medium pH， were determined using a Zeta Plusk equipment (Brookhaven Instruments). Suspensions (0.01% v/v) of the Ch-zeolite， previously sieved below 37 Am (400 Mesh Tylerk)， in a 10 3 mol l 1 solution of KNO3 were used and the medium pH was controlled with the addition of HNO3 (pH< 7) and KOH (pH>7)， separately. For the Ch-zeolite saturated with ammonia， suspensions of the material were prepared by the same procedure， except that the sample was loaded with 100 mg NH3–N l 1 of ammonia. 展開

分貝疊加問題，請高手幫忙: 有一種設(shè)備的噪音為3米處55分貝，如果五臺這種設(shè)備放在一起，那所產(chǎn)生的噪音是多大？求公式及原理？請詳細解答，會增加懸賞的，拜托了，高手們... 有一種設(shè)備的噪音為3米處55分貝，如果五臺這種設(shè)備放在一起，那所產(chǎn)生的噪音是多大？求公式及原理？請詳細解答，會增加懸賞的，拜托了，高手們展開

Z近在看網(wǎng)絡(luò)分析儀，有幾個重要指標。不太清楚，請高手指點。: 如：頻率范圍。動態(tài)范圍。掃描時間。溫度穩(wěn)定性。功率掃描范圍。中頻帶寬。跡線噪聲。特別是后面幾個。誰知道是什么意思。月詳細越好。謝謝啦。... 如：頻率范圍。動態(tài)范圍。掃描時間。溫度穩(wěn)定性。功率掃描范圍。中頻帶寬。跡線噪聲。特別是后面幾個。誰知道是什么意思。月詳細越好。謝謝啦。展開

關(guān)于微生物學(xué)的一道題，請高手幫忙: “直接挑取在平板上形成的單菌落就可以獲得微生物的純培養(yǎng)”這句話是錯的為什么？？？... “直接挑取在平板上形成的單菌落就可以獲得微生物的純培養(yǎng)” 這句話是錯的為什么？？？展開

機械制圖題目，請高手幫忙！不會勿擾: 1、在圖樣中比例是指圖形與實物相應(yīng)要素的（?。┲取！　?A)、大小之比　　(B)、面積之比　　(C)、線性之比　　(D)、體積之比2、一張A0圖紙可以裁成（?。圓3圖紙?！　?A)、三張　... 1、在圖樣中比例是指圖形與實物相應(yīng)要素的（　）之比。　　(A)、大小之比　　(B)、面積之比　　(C)、線性之比　　(D)、體積之比2、一張A0圖紙可以裁成（　）張A3圖紙?！　?A)、三張　　(B)、四張　　(C)、六張　　(D)、八張 3、在圖樣上標注垂直方向的尺寸時，尺寸數(shù)字應(yīng)注寫在尺寸線的左方中間位置且字頭朝（　?。??！　?A)、上　　(B)、下　　(C)、左　　(D)、右 4、在圖樣上標注圓弧尺寸時起止符號用（　?。??！　?A)、45°斜線　　(B)、箭頭　　(C)、圓點　　(D)、× 5、在繪制機械圖時，通常采用的是（　?。┩队胺??！　?A)、ZX　　(B)、正　　(C)、斜　　(D)、以上都可以 6、物體的側(cè)面投影是從物體的（　　）投影?！　?A)、左面向右　　(B)、右面向左　　(C)、上面向下　　(D)、前面向后 7、點的投影規(guī)律中高平齊是指（　　?。┲g 的投影關(guān)系。　　(A)、V面和H面　　(B)、V面和W面　　(C)、H面和W面 8、在軸測投影圖的傾斜線上不能直接量取尺寸，只能在與軸測軸（　　）的對應(yīng)線上量取。　　(A)、成一定角度的　　(B)、相交　　(C)、平行　　(D)、不平行 9、水平線的（　　）投影反映線段的實長?！　?A)、正面　　(B)、水平　　(C)、側(cè)面　　(D)、以上都可以 10、側(cè)垂線的（　　）投影有聚積性。　　(A)、正面　　(B)、水平　　(C)、側(cè)面　　(D)、以上都可以 11、平面圖形為水平面時，它的（　　）面投影反映平面圖形的實形?！　?A)、V　　(B)、H　　(C)、W　　(D)、以上都可以 12、用正垂面截切圓柱時，截平面與圓柱的軸線成（　）度角時，它的側(cè)面投影是圓。　　(A)、30　　(B)、45　　(C)、60　　(D)、90 13、用正垂面截切圓錐，截交線為橢圓時，橢圓短軸的正面投影在（　　）。　　(A)、軸線與截交線的交點　　(B)、截交線的中點　　(C)、任意位置　　　　　　　(D)、截交線的端點 14、如果在圓球正面投影兩軸線的交點處有一個點為可見點的正面投影，它的側(cè)面投影在（　　）?！　?A)、兩軸線的交點　　　　　(B)、在垂直軸線的Z高點　　(C)、在垂直軸線的Z低點　　(D)、在水平軸線的Z右點 15、在圓球的水平投影上有一段斜線，此線段的正面和側(cè)面投影是（　?。?。　　(A)、一個點　　(B)、一段直線　　(C)、圓的一部分　　(D)、橢圓的一部分 16、每張圖樣都必須畫出標題欄，標題欄應(yīng)位于圖紙的（　　?。?。　　(A)、左上方　　(B)、左下方　　(C)、右上方　　(D)、右下方 17、不論采用何種比例，圖形中所標注的尺寸數(shù)值必須是實物的（　　　）尺寸。　　(A)、實際　　(B)、圖形上量得的　　(C)、放大后的　　(D)、縮小后的 18、若點A的坐標值為（0、20、10）時，點A在（　　）上?！　?A)、正面投影面　　(B)、水平投影面　　(C)、側(cè)面投影面　　(D)、X軸 --------------------------------------------------------------------------------19、在圓錐上的點B，它的正面和水平投影均在圓錐的垂直軸線上，側(cè)面投影在圓錐的右面輪廓線上，則點B一定在圓錐的（　　）素線上?！　?A)、Z前　　(B)、Z后　　(C)、Z左　　(D)、Z右 20、如果點E和點F在正面投影面上是重影點，則它們的（　　）坐標值相同?！　?A)、X和Y　　(B)、X和Z　　(C)、Y和Z　　(D)、X、Y和Z 展開

請高手幫忙翻譯化學(xué)名詞，急需~~~~: 以下的技術(shù)指標用語都是關(guān)于PVC顆粒的，請知道的幫忙準確地翻譯~~~謝謝VICATPOINTHARDNESSTENSILESTRENGTHYIELDPOINTELONGATIONATBREAKFLEXURALMODULUSIMPACTSTRENGTHINFLAMMABILITYA... 以下的技術(shù)指標用語都是關(guān)于PVC顆粒的，請知道的幫忙準確地翻譯~~~謝謝 VICAT POINT HARDNESS TENSILE STRENGTH YIELD POINT ELONGATION AT BREAK FLEXURAL MODULUS IMPACT STRENGTH INFLAMMABILITY AV.A.P. IMPURITY PARTICLE NUMBER VOLATILES（INCL WATER） BULK DENSITY SIEVE RATIO “FISH EYE”NUMBER UNIT/400c㎡ RESIDUAL VCM PPM 展開

關(guān)于液相色譜（HPLC）回收率，請高手幫忙！: 1、為什么做液相色譜的時候要計算回收率？有什么意義？2、請幫忙舉一個計算回收率的例子，或者發(fā)一篇介紹回收率很詳細的文獻到我的郵箱，請注明你在百度的ID，我會把懸賞分提高到50，... 1、為什么做液相色譜的時候要計算回收率？有什么意義？ 2、請幫忙舉一個計算回收率的例子，或者發(fā)一篇介紹回收率很詳細的文獻到我的郵箱，請注明你在百度的ID，我會把懸賞分提高到50，多謝??！郵箱：putinfans@163.com 展開

請高手高手高高手幫忙翻譯下面的設(shè)備名稱: 請幫忙翻譯下：謝謝！斑點酶解系統(tǒng)自動斑點切取系統(tǒng)蛋白純化系統(tǒng)基因芯片掃描系統(tǒng)二維電泳梯度膠制備系統(tǒng)全自動電泳儀多通道懸液芯片系統(tǒng)體內(nèi)可見光成像系統(tǒng)如果您翻譯的十分準確，我... 請幫忙翻譯下：謝謝！斑點酶解系統(tǒng) 自動斑點切取系統(tǒng) 蛋白純化系統(tǒng) 基因芯片掃描系統(tǒng) 二維電泳梯度膠制備系統(tǒng) 全自動電泳儀多通道懸液芯片系統(tǒng) 體內(nèi)可見光成像系統(tǒng) 如果您翻譯的十分準確，我將再加Z高分（好像是100分）。我要英文，謝謝！展開

基于FPGA的頻率計設(shè)計畢業(yè)論文。。請高手幫忙，有重謝。。: 通過FPGA運用VHDL編程設(shè)計一個數(shù)字式頻率計，精度范圍在1HZ～10KHz，給出實現(xiàn)代碼和仿真波形。(運用的軟件QUARTUSII) 采用單片機、FPGA等設(shè)計并制作一臺數(shù)字顯示的簡易頻率計。 1.頻率計是干什么的? (這是什么東西 1。干什么的 2。參數(shù)指標） 2.用FPG... 通過FPGA運用VHDL編程設(shè)計一個數(shù)字式頻率計，精度范圍在1HZ～10KHz，給出實現(xiàn)代碼和仿真波形。(運用的軟件QUARTUSII) 采用單片機、FPGA等設(shè)計并制作一臺數(shù)字顯示的簡易頻率計。 1.頻率計是干什么的? (這是什么東西 1。干什么的 2。參數(shù)指標） 2.用FPGA 模塊化 3.軟件介紹 4.總結(jié)+附錄參考資料展開

富士 f85 相機有問題啊!請高手幫忙解決!~: 本人買了一款富士 f85 ，可是現(xiàn)在機子對著光源拍照，屏幕就會閃爍的很厲害，不知道是機子的事還是本來就這樣，特別是對著太陽光的時候，閃的顏色非常厲害，請幫忙解決，到底是什么原因，說的詳細點，本人是新手.

尿檢結(jié)果請各位幫忙分析一下急??！: BLD +3 *10.0mg/1 KET +1 * 1.0mmo1/1

高分請高手幫忙翻譯英文文獻資料（4）: Whenliquidisheateditevaporates.Theevaporationprocessisdependentonpressure，temperatureandcompositionoftheliquidandgas.Gascanalsocondense.Inadditionthereisaconvectiveheattr... When liquid is heated it evaporates. The evaporation process is dependent on pressure， temperature and composition of the liquid and gas. Gas can also condense. In addition there is a convective heat transfer between the liquid and gas zone that must be considered. The surfaces in the gas zone also radiates from the shell to the liquid. During the blowdown process mass is usually evacuated from the gas zone， but also liquid might be released. The rate of release is dependent on density and pressure as well as the release area. As pressure and temperature change， the properties of all materials change. This has to be considered in a prediction of a blowdown process. The main purpose of a blowdown process is as earlier stated to maintain integrity of the equipment. The strength properties of the shell are the key factor on that matter. The strength is dependent on the inside pressure as well as the support forces. If the exposing forces produce stress that exceeds the ultimate tensile stress (UTS) in some regions， the integrity of the equipment is no longer maintained. In the design phase of a process plant， these aspects are crucial and must be included as a dimensional factor. For that reason prediction of the blowdown process is essential. Lately some new standards has been introduced to the industry on this matter [3] and [4]. VessFire [1] and [2] is a multi physics system designed for calculation of this kind of problems. It has been applied for some time in the oil and process industry on many projects. The system satisfies the requirements for predictions outlined in [3] and [4]. It includes all aspects described above including integrity of the shell. As part of the verification process some experiments where performed. Some of the experiments are presented here. EXPERIMENTAL STUDY The purpose of the experiments was to investigate the evaporation process and the heat transfer to the liquid and vapour. In a complex system it is important to reduce unknown parameters as far as possible. Exposure from a flame is difficult to control. Flux measurements are point values and not necessarily representative for the average exposure. In order to control the heat exposure it was decided to apply an electric heating system. The system and the verification of the system is described in [5]， [6] and [8]. The furnace was built inside a supporting tube. Figure 2 shows a general arrangement of the experimental outfit. A 0.05 mm stainless steel foil formed as a tube， 300 mm in diameter， generated the heat. The power supply was based on a 3-phase alternating current system giving 48 Volt output as maximum. The top exposure had a limit of 300 kW. The foil had a surface of about 1 m2， giving a heat flux up to 300 kW/m2. The power input could be continuously regulated from zero to maximum load. Each experiment was started from zero and brought up to the required load within a few seconds. After that the surface temperature of the heating foil was kept constant during the exposure period. Experiments with both dry objects as well as water filled object were performed. In this paper only water filled experiments are presented Figure 2 General arrangements drawing of the experimental furnace including the specimen and its support Figure 3 Illustration of the heating unit. The black part is copper conductors for the foil. The grey part is the heating foil exposing the specimen. The foil is equipped with thermo-elements all marked H， except H5 which is the temperature in a copper ring and H6 which is the temperature between the insulation and the supporting tube. 展開

4月突出貢獻榜

推薦主頁

阻燃服裝中Z常用的幾個測試有哪些?請各位高手幫忙

聯(lián)系我們

關(guān)注我們