Invitation to the 3rd International Conference
of Human-Environment System
The first author’s name1), the second author’s name 2) and the last author’s name3)
1) Affiliation, 2) Affiliation and 3) Affiliation
Corresponding author: Teruko Tamura, Ph.D
Bunka Women’s University
Yoyogi 3-22-1, Shibuya-ku, Tokyo, JAPAN 151-8523
Email: iches2005@bunka.ac.jp
ABSTRACT
The abstract should be written by 10 points Times New Roman. The maximum length is 300 words. The abstract
should summarize the entire paper and be intelligible in itself without reference to the paper. It should include
less than five key words listed by the author(s).
Key words: clothing environments; heat and cold stress; body temperature regulation; comfort sensation
1. INTRODUCTION
The manuscript must be generally arranged in the
following order: title, abstract, key words, text,
acknowledgments and references. Units used in the
text, figures and tables are based on the SI system.
The text must include Introduction, Methods, Results
and Discussions. It should be typed single-spaced on
A4 size (215 mm×280mm) paper by 10 points Times
New Roman. 25 mm margins are required on all sides.
The center margin is 10 mm. The maximum length
for contributions should normally not exceed 4 pages
including figures and tables. In case that more pages
are necessary for some reason, 6 pages are allowed.
Authors are requested to send the manuscript in a MS
word file. (MS-DOS is a registered trademark of
Microsoft Co. ltd.) and then to submit it via email.
2. TITLE
The title should be typed by 14 points bold Times
New Roman. The author's name should be typed by
12 points Times New Roman on the line below the
title. Affiliations are then typed by 12 points Times
New Roman on the line below the authors’ names.
The corresponding author’s name, address, country,
Zip cord and e-mail address should be typed by 12
points Times New Roman on the line below the
affiliations.
3. ABSTRACT
The abstract should be written by 10 points Times
New Roman. The maximum length is 500 words. The
abstract should summarize the entire paper and be
intelligible in itself without reference to the paper. It
should include less than five key words listed by the
author (s).
4. ILLUSTRATIONS AND FIGURES
Illustrations should be good quality line drawings and
saved as image files such as jpg., bmp and pdf files
with the exception of figures drawn with MS excel
and other soft wares. Photographs should be enlarged
sufficiently to permit clear reproduction in half tone
after reduction and be saved as image files as well.
Color illustrations can be accepted. Figures, drawings
and photographs must be incorporated into the text as
follows;
Hot
*p<0.05
3
30Ｈ
75Ｈ
30Ｌ
75Ｌ
2
1
＊
0
-1
Cold
-2
-3
0
15
30
45
60
75
90
Time[minutes]
Fig.3 Time course of the relative magnitude of
thermal sensation in summer
In summer, subjects felt significantly warmer in 30H
(●) than 75H (○) 15 minutes after the beginning of
lighting exposure. On the other hand, there was no
significant difference between 30L (■) and 75L (□).
5. TABLES
Tables should be numbered consecutively and titled,
and incorporated into the text. All table columns
should have an explanatory heading. Tables should
not repeat data which are available elsewhere in the
paper, e.g. in a line diagram. An example is shown
below.
Table 3 Thermal insulation for garments and changes of the optimum operative temperature necessary to
maintain a thermal sensation at neutral when various pieces of garments are added (or removed) at light, mainly
sedentary, activity (1.2 met) (ISO 9920, 1992)
Garment Description
Thermal Insulation (clo)
Change of Operative Temp. (°K)
Panties
T-shirt
Short sleeves shirt
Normal shirt, long sleeves
Shorts
Normal trousers
Light skirts (summer)
Heavy skirt (winter)
Thin sweater
Light. summer jacket
Normal jacket
0.03
0.09
0.15
0.25
0.06
0.25
0.15
0.25
0.20
0.25
0.35
0.2
0.6
0.9
1.6
0.4
1.6
0.9
1.6
1.3
1.6
2.2
6. EQAITIONS
Equations should be numbered consecutively as
follows;
  ( ui )
［1］

0
t
x i
 (  ui )  (  ui u j )
P 
u



(  i   uiu j )  g i (    0 )
t
 xj
 xi  x j  x j
［2］
 (  )  ( u j  ) 



(
  u i )  S 
t
x j
x i x j
［3］
7. STATISTICS
A formal statement of statistical analysis be included
in the methods section. There should be inclusion of
more than just a statement of significance in the
results section (e.g. strength of correlations is of
importance to the reader as it allows comparison with
the findings of others while level of significance
alone does not), and discussion of findings should
also include consideration of the practical
implications of results.
6. REFERENCES
All references should be arranged in alphabetical
order and grouped together at the end of the paper.
The form of reference should be as follows:
Morimoto,T. (1994) 'Human adaptation to changing
environment', Journal of Human and Living
Environment, 1, 34-39. Abbreviated names of
journals should be as given in the World List of
Scientific Periodicals, 4th edn. London 1963-4. Book
references should be given as follows: Windley, B.F.
1977. The Evolving Continents, Wiley, Chichester. p.
385.
In the text, references should be cited by the author's
name and the year in parentheses (Morimoto 1994) or
Morimoto(1994). Where there are two or more
references to one author in the same year, the
following form should be used: (Osada, 1965a) or
(Osada, 1965b). Where references include three or
more authors the form (Kawashima et al., 1966)
should be used.
A sample of references is shown as follows;
Kuno,Y. 1963. Human perspiration (written in
Japanese ). Koseikan
Mochida, T., Shimakura, K., Moriyama, T., Itoh, M.
and T. Imashiro. 1991. A basic study on behavior of
wettedness under constant average skin temperature
in hot environments. SHASE Trans. 46. 1-10
( written in Japanese )
Mochida,T. 1992. New effective temperature ET* :
Its characteristics and arguing points for further
discussion. Japanese J. of Biometeorology. 29.
135-139 ( written in Japanese )
Mochida, T., Horikoshi,T., Ochifuji, K. and K.
Shimakura. 1992. Characteristics of expressions on
evaporative heat loss from skin surface and an
equi-skin temperature line with various value of
wettedness on it. SHASE Trans.48. 39-47 ( written in
Japanese )
Mochida, T. and Y. Hiramatsu. 1994. Indication of
equal thermal sensation based on combination of
average skin temperature and wettedness. Proc. of
SHASE annual meeting. 477-480 (written in
Japanese )
Mochida, T. Katada, T. and T. Sakoi. 1999.
Differential coefficient of equal warmth sensation
line. J. of the Human-Environment System. 3-1.
85-97.
Mochida, T., Katada, K., Nagano, K., Shimakura, K.
and T. Sakoi. 1999. Fundamental study concerning
the relationship between average skin temperature
and wettedness when man feels an equal thermal
sensation. SHASE Trans. 72. 107-116 ( written in
Japanese )
Mochida, T. 1999. Originality and limits of
application of PMV and ET*. Proc. Of
Human-Environment System annual meeting.
23.
88-91 ( written in Japanese )
Mochida, T., Katada, K., Nagano, K., Yoshino, H.,
Berglund, L.G., Sakoi, T. and K.Shimakura. 2000.
Influence of environmental humidity on thermal
sensation of Warmth. SHASE Trans. 72. 67-74
( written in Japanese )
MochidaT. and T. Sakoi. 2002. Examination from
standpoint of therm-physiological engineering
concerning widely used important indices for
evaluating thermal environment : Originality and
characteristics of PMV. J. of SHASE. 76-3. 269-274
( written in Japanese )
Nishi, Y. and K. Ibamoto. 1969. Model skin
temperature – An index of thermal sensation in cold,
warm and humid environments, ASHRAE Trans.
75-II. 94-107
Sakoi, T., Mochida, T., Nagano, K. and K.Shimakura.
1999. Experiments on ET* and locus of constant
thermal sensation line at warm environment. Proc of
Human-Environment System annual meeting. 23.
2-5( written in Japanese ). human response to the
thermal environment. SHARAE Trans. 92-II-B.
709-731
Sakoi, T., Mochida, T., Nagano, K. and K. Shimakura.
2000. Loci of equal thermal sensation line with
varying characteristics of mean skin temperature and
skin wettedness. SHASE Trans. 79. 11-17 ( written in
Japanese )
Sakoi, T. 2002. Fundamental Study concerning
Thermal Characteristics of Humans and Indication of
Thermal Sensation. Doctral thesis. Hokkaido
University ( written in Japanese )
Tanasawa, I. 1996. Heat transfer in too short ( 2 ) :
Heat transfer accompanied with mass transfer. J. of
Human and Living Environment. 3-1. 2-8 ( written in
Japanese )
7. ACKNOWLEDGMENTS
Acknowledgments of collaboration or preparation
may be included as final page in the manuscript.