2024年3月19日发(作者：)

会议论文ei检索查询(共7篇)

会议论文ei检索查询(共7篇)

篇一：什么样的会议论文能够被SCI或者EI检索什么样的会议

论文能够被SCI或者EI检索！（转载） 管理提醒: 本帖被 kidy008 从

新人展示 移动到本区现在检索很多，包括SCI，SCIE，EI，ISTP，

ACM。关于哪些会被检索，很多人关注，写个短文供大家参考，当然

不保证绝对正确，基本都差不多。 检索 SCI检索包括SCI的

3500多个期刊，大部分都是很著名的刊物，国内的e文刊物只有科

学通报，中国科学，《计算机科学技术学报》（英文）等寥寥几种被

SCI检索。一些非常著名的会议可能会被SCI检索，但事先一般都会

被某个刊物出版（一般为springer的）然后再被检索。查询自己论

文是否被SCI检索可以到在图书馆主页里面的：Web of Science

Proceedingsfull fill the essential function, stress the shape

beauty, and saving ater. The quality of the sanitary implement

has been requested to include exact size tolerance, fine

external appearance, physics function, flushing function etc.

Flushing function is the ability that the bedpan ejects filth,

ashes it clearly hile controlling the amount of ater. Without

question, flush function is one of the uppermost functions.

According to the flushing ay, bedpan can be divided into ash-don

type, siphonic type and ejecting siphonic type. Wash-don bedpan

rush out filth by the impact of the ater, the poer is decided

by potential energy of the ater in tank subtracts losing energy.

Siphonic bedpan?s flush poer primarily relies on siphonic poer.

III. THE STRUCTURE DESIGN OF SIPHONIC BEDPAN?S FLOW CHANNEL As

mentioned above, under the condition of piping ater-filled,

hatever means e adopt, it ill not produce the siphonic

phenomenon if air is interfused. So e should make sure that the

piping section dimension is appropriate, as figure 1 shos, the

diameter of D-E segment is degressive. According to the statics

and hydromechanics theories, hile the fluid in piping flos

stably, the physical volume flux is constant at any section of

the pipe. So the smaller of the pipe section, the higher of the

current velocity of the fluid. So the diameter change could

result in the ater velocity change in the D-E segment. Figure

1. The structure design of siphonic bedpan?s flo channel Thus

at the beginning of the siphonic bedpan?s flo channel, the

flushing velocity of the ater being higher and higher, form the

E-F segment in advance, expedite siphonic process, reduce the

amount of ater, attained the purpose of saving ater. The D-E

segment is rising, and its section diameter is generally among

55-65 mm. The ability of rushing out filth ill be eakend ith

larger diameter, the result may increase ater amount. While the

drainage amount in forepart ill be influenced ith smaller

diameter, it ill cause the ater surface rising, and result in

siphonic phenomenon later. The E-F segment is a hump segment,

its perfect section diameter generally among 45-55 mm. The F-G

segment is a increasing segment, the diameter is being bigger

from small, and the section is being large, it ill loer

segment?s the current length increase, velocity of in the

addition fluid, make make siphonic siphonic phenomenon keep

more time, And its section diameter is generally among 55-60

. THREE-DIMENSIONAL STEADY NUMERIC SIMULATION FOR FLOWING

IN BEDPAN Bedpan?s geometrical modeling is the most plicated

in sanitary implements, its CAD model include plicated surface

and characteristics, these may result in many difficulties

during the numeric simulation and influence the result.

Considering the siphonic bedpan?s hole flo channel as puting

area, and the difficulty to set up the CAD model in ADINA, so

this paper make use of Pro/E to conduct the parameterization

model of the siphonic bedpan. The ater arp is 200 mm high, and

the pipe diameter in the largest section is 80 mm. Then the model