池窯 的英文怎麼說
中文拼音 [chíyáo]
池窯
英文
tank furnace (玻璃熔窯的一種)池窯拉絲法 direct melting process-
The jiaotanxia kiln is firstly discovered in the west foot of hangzhou turtle hill in 1930. from 1985 to 1986, the archaeological studying group of southern song linan city carried a complete archaeological study of this kiln relic, and excavated out pugging pond, biscuit fire furnace, shaping workshop, glaze vats, and other relics, and discovered a dragon kiln, unearthed a good amount of practical specimens of porcelain shards and kiln tools
郊壇下窯址早在1930年在杭州烏山西麓被首次發現, 1985年1986年南宋臨安城考古隊對窯址進行了全面考古發掘,發掘出練泥池素燒爐成型工房釉缸等作坊遺跡和一座窯,出土了大量瓷片窯具等實物標本。Terraces on slope land delete the conditions of causing soil and water loss. ponds, cistens, water cellars enhance surface water use efficiency, warping dams can store flood, decrease flood peak, retain sediment, and conserve water
坡地修梯田消除了產生水土流失的條件,蓄水池、旱井、水窯提高了對地表水資源的利用率,淤地壩具有蓄洪水、削洪峰、攔泥沙、涵養水源的作用。A study of forehearth coloring in tank producing glass mosaic
生產玻璃馬賽克池窯料道著色的模擬研究On july 29th, 2002, the fourth e glass furnace of ctg was ignited
2002年7月29日,公司舉行第四條無堿玻纖池窯拉絲生產線點火儀式。Principal requirements for flame plume length in end port glass - melting furnace were set forth
摘要提出了對馬蹄焰池窯內最佳火焰長度的要求。On march 9th, 2001, the 15, 000mt / year direct - melting e glass furnace was ignited in ctg
2001年3月9日,公司舉行1 . 5萬噸無堿玻纖池窯拉絲生產線點火儀式。Cold upsetting technology and die design for manufacture of conical tip of platinum alloy bushing in fiberglass production
池窯拉絲鉑合金大漏板錐形嘴冷鐓工藝及模具設計On march 28th, 1997, the first 10, 000mt / year direct - melting e glass furnace in china was ignited successfully in ctg
1997年3月28日,我國首條萬噸無堿玻纖池窯拉絲生產線一次點火成功。On june 26th, 2005, the sixth e glass furnace of ctg with production capacity 30, 000mt / year was ignited
2005年6月26日,公司隆重舉行了六線3萬噸無堿玻纖池窯拉絲生產線技改項目點火儀式。On nov 18th, 1994, the foundation of the first 10, 000mt / year direct - melting e glass furnace in china was established in ctg
1994年11月18日,舉行我國首條萬噸無堿玻纖池窯拉絲生產線奠基儀式。On dec, 19th, 2001, taishan fiberglass inc, was inaugurated and the third e glass furnace of ctg was ignited
2001年12月19日,公司舉行泰山玻璃纖維股份有限公司揭牌儀式暨第三條無堿玻纖池窯拉絲生產線點火儀式。The selection of insulating material and determination of the structure and thickness of insulating layer on insulated tank furnace were expounded. the concept of insulating engineering was focused
摘要闡明了池窯保溫時保溫材料的選擇,保溫層結構的選定和保溫層厚度的確定。還強調了保溫工程的概念。The paper also provides structural drawings of the desilting basin and the storage tank with volume of 147m ^ 3
文中提出了一個容積為147立方公尺的窯窖和沉沙池結構設計圖。The results of mathematical simulation, which indicate the influence of flame plume length on temperature ( flame space temperature, metal level temperature, inside surface temperature at crown ) and on glass melt current in furnace were introduced and analyzed
介紹並分析了火焰長度對窯內溫度(火焰空間溫度、液面溫度和窯頂內表面溫度)及對窯池內液流影響的數值模擬的結果。Based on traditional pid controller, by using fuzzy neural network to identify the process and bp neural network to tuning the parameters of pid, a neural network adaptive pid controller is constructed and optimal control of glass - furnace melting pond temperature is achieved
本文在常規pid控制器的基礎上,利用模糊神經網路對過程進行辨識,開採用bp神經網路調整pid控制器的三個參數,構成了神經網路自適應pid控制器,實現玻璃窯爐熔化池溫度的優化控制。Application of bubbling at the bottom of the tank furnace and the furnace ridge technology
池底鼓泡及窯坎技術在我公司的成功應用分享友人