期刊列表 » 期刊详情

1、投稿方式：在线投稿。

2、刊内网址：（202501期）

http://magazines.hwi.com.cn/（焊接杂志社）

http://chinawelding.hwi.com.cn/

3、投稿系统：

https://www.manuscripts.com.cn/en/zghj

4、刊内电话：0451-86323218

5、刊内邮箱：cw@hwi.com.cn

6、出刊日期：季刊，逢季末月25日出版。

7、官网微信公众号：焊接杂志社（hjzzs2016）

2025年5月22日星期四

Author Instruction

【官网信息】

CHINA

WELDING is an international, peer-reviewed journal that is interested

in publishing high quality scientific studies in the field of welding

materials, welding procedure,welding equipment, technologies and methods

of welding principle,measurement and control technology, cutting and

spraying and so on.

Submission

of a manuscript must be the original work of the author(s) and has not

been published elsewhere or under consideration for another

publication,or a substantially similar form in any other

language.Research articles and review articles have no page limit.An APC

will be payable once a manuscript is accepted.The fee standard is 500

yuan / page.

Title：The title of the paper should be concise but informative.

Author name(s)：A

list of all authors & institutions should be provided on the title

page, including the corresponding author’s E-mail address. Authors’names

should be given in a consistent form on all publications to facilitate

indexing.

A

corresponding author should be indicated. Clearly indicate who will

handle correspondence at all stages of review and publication,and also

post-publication. Ensure corresponding author’s E-mail address must be

kept up to date.

Abstract：The

abstract should be no longer than 300 words. It should be informative,

without descriptive words or citations, and contain major conclusions

and quantitative results or other significant items in the paper.

Together with the title, the abstract must be an adequate summary to all

the subjects treated in the paper, and will be used as a base for

indexing.

Key words：Provide a maximum of 6 keywords beneath the abstract.

Mathematics：Variables

should appear in italic. Vectors should appear in bold italic. Capital

and lower-case letters should be distinguished clearly where there could

be a confusion. Fractional exponents should be used to avoid root

signs. Extra symbols should be introduced to avoid complicated exponents

or where it is necessary to repeat a complicated expression a number of

times. Slash (/) should be used wherever possible for fractions.

Mathematical derivation should be omitted if it can be easily found in

other literature.

Notation：Notation

must be legible, clear, concise, and consistent with standard usage.

Uncommon symbols where the meaning may not be obvious, including

subscript or superscript, must be made comprehensible. Physical and

mathematical variables should be in italic, vectors in boldface. Units,

abbreviations and special functions should be upright. Please add notes

to explain any other special symbols.

Units：Follow

internationally accepted rules and conventions: use the international

system of units (SI). If other quantities are mentioned, the equivalents

in SI shall be provided.

Figures

Format：High-resolution figures must be provided in the manuscript submission.

1.Image Size：An

image intended for the journal's double column format (i.e., an image

to fit into the space of a single column on the 2-column layout), should

be sized to 6.5 cm. Images submitted for a layout that spans full

columns (i.e., an image that will occupy the full-page width) should be

sized to 13.5 cm, and compound figures should have a maximum width of 15

cm. In figures, the main lines should be about 0.3 mm in width, and the

assistant lines 0.15 mm. Notations in figures should be distinct and

consistent with the same ones in the text, and their font size will be

8-13px.

2.Image Resolution：Line drawings and graphs must have a resolution of at least 1200 dpi when they are exported.  Photographs

and micrographs must have a resolution of at least 300 dpi (600 dpi if

there is text or line art in the figure).Lower-resolution images will

not be reproduced properly and will not be accepted.

3.Color：Submit

color graphics in CMYK format; the colors chosen should be easy to

reproduce and the colors should be distinguishable when printed in black

and white; The descriptions of figures in text and captions must be

sufficiently clear for both online and print copy.

Samples:

1.Data graph：

(1). All ticks should be at the inner side of coordinates; points calibration should be removed.

(2). Titles of coordinates should be in format of“Quality/unit”,such as“Intensity (a.u.), 2θ/ (deg.)”;

(3). All fonts should be“Arial”;

(4). The graph should be framed with four axes;

(5). The first letter should be capital for the words in the figures,such as“Current density”.

2.Photograph:The first letter should be capital for the word in the figures,such as“Corrosion products”

图片 1.png

Fig.5

Influence of interlayer on the microstructure of joints. (Brazing

temperature, 1073 K and holding time, 5 min) (a) Using Ni foil as

interlayer (b) Amplified image for A zone (c) Using Cu foil as

interlayer (d) Amplified image for B zone

Tables

The

table title,which should be brief, is placed above the table.A detailed

description of its contents or table footnotes should be given directly

below the body of the table.

Table 1 Turn-on fields of the MoO3 microbelt films of different aspect ratios

References

References

must be published literature, and numbered consecutively in order of

their first citation. References should be listed at the end of the text

and indicated in the text with a superscript number in square brackets.

All of the authors, as well as the titles of the reference articles

should be given. It is strongly recommended that authors try to cite the

recently published articles. Here are some examples of how to set the

most common reference types:

[1]     Lancaster J F. The physics of welding.Oxford: Pergamon Press,1984.

[2]   Dong

C L,Wu L,Shao Y C.The history and state-of-the-art of keyhole mode

plasma arc welding.China Mechanical Engineering,2000,11(5):577-581.(in

Chinese)

[3]  Zhang

Y M,Zhang S B,Liu Y C.A plasma cloud charge sensor for pulse keyhole

process control.Measurement Science and Technology,2001,12(8):

1365-1370.

[4]   Wang

Y W,Chen Q,Sun Z G,et al.Sound sensing of the keyhole behaviors in

plasma arc welding.Chinese Journal of Mechanical

Engineering,2001,37(1):53-56.(in Chinese)

[5]    Wang

H J.Close-loop control of welding stability based on image sensing

during variable polarity plasma arc welding.Harbin:Harbin Institute of

Technology,1998.(in Chinese)

[6]   Yi

X L.Study on the mechanics of plasma cloud sensing and fuzzy control

during keyhole plasma arc welding.Tianjin:Tianjin University,2002.(in

Chinese)

[7]   Arata

Y,Abe E,Nabegata E N.Dynamic welding phenomena during EB-Welding.2nd

International Colloquium on Welding and Melting by Electron and Laser

Beam.France,1978:13–28.