Program of the 2001 Annual Conference
of IEI-J, September 6-7
|
| 1. |
Date
Thursday 6th and Friday 7th, September 2001 |
| 2. |
Place
Yamaguchi
University, Faculty of Engineering
16-1 Tokiwadai 2-chome, Ube, Yamaguchi-ken,
Japan |
| 3. |
Program |
| |
Thursday 6, 9:00-12:10
General Session |
| |
| (1) |
Industrial Application of Radiation and Radiometry
(Paper No.157-164 at Room 202) |
| (2) |
Light Source, Circuit and Discharge Phenomenon (I)
(Paper No.1-10 at Room 204) |
| (3) |
Visual Psychology, Physiology
(Paper No.107-116 at Room D12) |
| (4) |
Light Source, Circuit and Discharge Phenomenon (II)
(Paper No.27-33 at Room D21) |
| (5) |
Visual Psychology, Physiology
(Paper No.117-123 at Room D22) |
| (6) |
Lighting Planning
(Paper No.62-71 at Room D31) |
| (7) |
Lighting Theory
(Paper No.55-61 at Room D32) |
| Poster Session |
| ?@ |
(Paper No.P1 at Room 102) |
Thursday 6, 13:30-17:00
Special Program at Room C11 |
| (1) |
Opening Speeches & Awards |
| (2) |
Lecture |
| (3) |
Introduction to the 2002 Annual Conference of IEIJ
|
| Friday 7, 9:00-12:10 General Session |
| (1) |
Radiometry and Colorimetry
(Paper No.152-156 at Room 202) |
| (2) |
Light Source, Circuit and Discharge Phenomenon (I)
(Paper No.11-18 at Room 202) |
| (3) |
Radiometry and Colorimetry
(Paper No.152-156 at Room 202) |
| (4) |
Radiometry and Colorimetry
(Paper No.152-156 at Room 202) |
| (5) |
Light Source, Circuit and Discharge Phenomenon (I)
(Paper No.11-18 at Room 202) |
| (6) |
Optical Devices and Display
(Paper No.143-151 at Room D11) |
| (7) |
Lighting Practice
(Paper No.96-106 at Room D12) |
| (8) |
Light Source, Circuit and Discharge Phenomenon (II)
(Paper No.34-39 at Room D21) |
| (9) |
Visual Psychology, Physiology
(Paper No.124-132 at Room D22) |
| (10) |
Lighting Planning
(Paper No.72-80 at Room D31) |
| (11) |
Lighting Planning
(Paper No.81-89 at Room D32) |
| Poster Session |
| ?@ |
(Paper No.P1 at Room 102) |
Friday 7, 13:50-17:00
General Session |
| (1) |
Others
(Paper No.165-168 at Room 202) |
| (2) |
Light Source, Circuit and Discharge Phenomenon (I)
(Paper No.19-26 at Room 204) |
| (3) |
Light Source, Circuit and Discharge Phenomenon (II)
(Paper No.40-48 at Room D21) |
| (4) |
Visual Psychology, Physiology
(Paper No.133-142 at Room D22) |
| (5) |
Lighting Planning
(Paper No.90-95 at Room D31) |
| (6) |
Luminaire
(Paper No.49-54 at Room D32) |
| Symposium at Room D11 |
|
| 4. |
Papers presented
GENERAL SESSION
Light Source, Circuit and Discharge Phenomenon
top |
| 1 |
Study of Filling Pressure and Arcing-time on Tungsten
Halogen Lamps: T.IKEDA, M.KIMOTO, H.SUGIMOTO |
| 2 |
Estimation of Complex Refraction Index of Tungsten by
Ellipsometry: A.SATO, S.SEKINE, M.OHKAWA |
| 3 |
Practical Use of Triple Coil: M.SAKAI, M.BESSHO |
| 4 |
The Mechanism of Phosphor's Flocculation Particles in
Water Suspended Phosphors: K.KITAMURA, Y.MANABE, T.MATSUDA |
| 5 |
Effect of Glass Tube Components on the Characteristics
of Fluorescent Lamp: T.FUKAMACHI, S.NAOKI, S.KAWASHIMA,
O.SHIRAI |
| 6 |
The Deterioration of Blue Phosphor for Fluorescent Lamps:
M.TERAI, K.HAYASHI, K.ARAI, K. ICHINOMIYA |
| 7 |
The Characteristics of Photocatalytic Film for Fluorescent
Lamps and Its Deodorizing Effect: R.MATSUDA, A.SAITOU, A.ISHIZAKI |
| 8 |
Cataphoresis Phenomenon of Fluorescent Lamps with HF
Electronic Ballasts: H.NAGAI, K.HONDA, N.HASHIMOTO, K.SATO
N.MIKI, Y.YAMANAKA |
| 9 |
Cause of Partial Darkness in the Middle of Fluorescent
Lamp: H.YAGI, H.NAGAI K.KANUMA |
| 10 |
Influence of Metal Plate on Starting Voltage of Fluorescent
Lamps: N.HAYASHIDA, W.NODA, T.UETSUKI |
| 11 |
Study of Xe Discharge Lamp with Three
Pairs of Electrodes: K.NOMOTO, H,KUROKAWA, H.MOTOMURA, M.AONO
top |
| 12 |
Development of Mercury-Free High Lumen Flat Fluorescent
Discharge Lamp: H.OSANAI, Y.IKEDA, T.SHIGA, S.MIKOSHIBA,
S.SHINADA |
| 13 |
Measurement of Ion Induced Secondary Electron Emission
from Electrode Materials for Cold Cathode Fluorescent Lamps:
J.MATSUDA, S.OMORI, H.NAKANE, H.ADACHI |
| 14 |
Development of a High Luminous Efficiency and Long Life
Performance of Cold Cathode Fluorescent Lamp: M.SUGAHARA,
T.IKEDA, Y.TOMITA |
| 15 |
Transport Phenomenon of Mercury in Capillary Discharge
Tube: S.KIHARA, A.INOUYE, H.NOGUCHI, M.OKI, T.UENO |
| 16 |
The Study of the Absorption Behavior of Mercury in the
Compact Self-ballasted Fluorescent Lamps and Its Luminous
Run-up Characteristics: M.NAKAMURA, M.IZUMI, N.TAMURA |
| 17 |
Improvement of the Run-up Characteristics of Self-ballasted
Compact Fluorescent Lamps: T.YASUDA, T.MORIYAMA |
| 18 |
An Inverter for Compact Fluorescence Lamp: N.YOTSUMOTO,
A.HATAKEYAMA, T.MIMURA, H.SHOJI, H.NISHIMURA |
| 19 |
A New Ballast Circuit for Dimmable Self-ballasted
Fluorescent Lamps:
S.KOMINAMI, K.TAKAHASHI, K.MIYAZAKI, M.GYOTEN, Y.TASHIRO |
| 20 |
Development of Electronic Self-ballasted Fluorescent
Lamps Applicable to Dimmers: K.IKADA, N.IWAI, S.HAKUTA |
| 21 |
Dimming Information for Designing an Electronic Ballast
to Operate Fluorescent Lamps: N.HATA, M.GYOTEN, A.WAKAMIYA,
M.MYOJO |
| 22 |
The Consideration for the Reduction of the Rush Current
Stress on Charge Pump P.F.C. Inverter Circuit for Fluorescent
Lamp: S.IDO, Y.MURAKAMI, M.YAMAMOTO |
| 23 |
A Method for Electronic Ballast with Low Harmonic Distortion:
T.HAMAGUCHI, S.NAGAI, K.NISHI, K.KAWASAKI |
| 24 |
A Study of the Inverter Circuit Used Partial Smoothing
with Low Harmonic Distortion: H.KUDO, N.KITAMURA, T.KAKITANI |
| 25 |
A Study of Detect Circuit for Breaking Filaments in a
Fluorescent Lamp: K.HORI, K.YOSHIDA, M.NARUO, T.KANDA, M.OHNISHI
|
| 26 |
A Study of a Dimmer Control Method for a Full Bridge
Inverter Combined with a Chopper: K.YOSHIDA, M.OHNISHI,
T.KANDA, M.NARUO, K.HORI |
| 27 |
Improvement of Lumen Maintenance of Electrodeless Lamp
by Coated Phosphors.: S.MATSUO, S.HIZUMA,
K.KAWANO, M.HIGASHIKAWA
top |
| 28 |
Effect of Gas Pressure on Luminance of Phosphor in Electrodeless
Light Source: H.KASHIWAZAKI, Y.OHTSU, H.FUJITA |
| 29 |
UV Emission from CO Gas Discharge: A.HATTA, T.SUMITOMO,
T.HIRAO |
| 30 |
Bright Visible Photoluminescence from Oxygen Vacancies
in Yttrium Orthoaluminate: Y.KAWABE, A.YAMANAKA, H.HORIUCHI,
E.HANAMURA |
| 31 |
Luminance Characteristics of Dielectric Barrier Discharge
Operated by Square-waveform Voltage: Y.WATANABE |
| 32 |
Characteristics of Xenon VUV Radiation at Pulsed Discharge:
Y.IKEDA, H.KUROKAWA, H.MOTOMURA, M.AONO |
| 33 |
Effect of the Extinguished Period on the Positive Column
of the Xenon Discharge Lamp: H.YANO, H.NOGUCHI |
| 34 |
A Study on Starting Characteristic of
Electrodeless Fluorescent Lamp System: S.YAMAMOTO, Y.KUMAGAI,
H.KIDO, F.OKAMOTO
top |
| 35 |
A Study of the Starting Control Method for Electrodeless
HID Lamp System: Y.KUMAGAI, S.YAMAMOTO, H.KIDO, F.OKAMOTO |
| 36 |
High Frequency Linked ZCS Switching Mode Supply for Microwave-based
Non Contact Lamp Drive: M.ISHITOBI, M.NAKAOKA, A.SHINOGI,
N.ADACHI |
| 37 |
A Study of Bow-shaped Lamp Current Synchronized with
AC-line Eliminates Power Factor Controller: H.KISAICHI,
K.KAWASAKI, M.ASAYAMA, H.YAMAZAKI, T.KOBAYASHI |
| 38 |
A Novel Circuit for HID Lamps of Automobiles: T.URAKABE |
| 39 |
A Study of Improving Circuit Efficiency of HID Electronic
Ballast for Low Voltage Input: K.SUGANUMA, T.NAKAMURA, T.SHIOMI |
| 40 |
A Study of Hg-free HID Lamps for Automobile
Use: K.UEMURA, T.ISHIGAMI, A.ISHIDUKA, K.NAKANO |
| 41 |
Improvements of Start-up Characteristics of Mercury-free
Metal Halide Discharge Lamps for Automobile: M.MUTO, T.NAGAHARA,
A.KANEGAE, A.OMORI |
| 42 |
Study on MgH Radiation: M.SAIMI, S.UKEGAWA |
| 43 |
Protective Film for Metal Halide Lamp: A.INOUYE, N.HORII,
H.NOGUCHI |
| 44 |
Development of the High-pressure Mercury Lamp for Rear
Projection TV Sets: M.HORIUCHI, M.KAI, T.SEKI, T.ICHIBAKASE |
| 45 |
The Development of High Efficiency 700W and 1000W Metal
Halide Lamp: M.HASHIMOTO, D.TAKAYAMA, S.IWASAWA, H.OGATA |
| 46 |
Development of the Metal Halide Lamp Reduced the Flicker:
T.HABU, S.AOKI, Y.SASAI |
| 47 |
Development of Metal Halide Lamps with Improved Optical
Characteristics: Y.SASAI, T.HABU, S.AOKI, K.MITSUMURA |
| 48 |
A Study on Dimming Operation of Metal Halide Lamps: S.HIGASHISAKA,
T.HASHIMOTO, K.SAKAI, N.FUKUMORI, A.OKADA |
| Luminaire |
| 49 |
Intensity Distribution of High Performance Luminaire
Reflector with Partial Diffuse Reflectance: Y.TORIYAMA,
K.IKEDA |
| 50 |
Development of Ceiling Mounted Luminaire Type "PAM","Pearumikku
IC: K.WATANABE, Y.NAKAZAWA, M.KOBAYASHI, T.OHWADA |
| 51 |
Development of Outdoor Lighting Fixture Using the Cold
End Fluorescent Lamps: H.KOYAMA, H.ITSUKI, F.KATOU, M.KAWATA,
S.TAMAI |
| 52 |
Development of Tunnel Lighting Luminaires Which Uses the
Slim & High-Frequency Fluorescent Lamp -Realization
of Tunnel Lighting Which Uses "FHP105" -: T.ISHIDA,
K.TAKAHASHI |
| 53 |
Development of a Steel Lighting Pole's Which Improved
the Fatigue Performance: Y.KISHIGAMI, S.KITA |
| 54 |
Development of the Paint Which Protects a Lighting Pole.
From Scribble and a Poster: I.KAWANO, T.NAKAMURA, K.INOUE |
Lighting Theory
top |
| 55 |
Illuminance Calculation from Ellipsoidal Surface Source
by Use of Gaussian Quadrature Formulae: T.HIGO, K.MIZANO,
Y.SHINODA, Y.SASAKI |
| 56 |
On the Illuminance Distribution by Parabolic Reflector
Type Irradiator: M.ISOMURA, N.IKEMOTO, A.MAENO, K.SASAKI,
K.KAWAKAMI |
| 57 |
Theoretical Consideration of Illuminance Intensity Around
a Distance Near LED Light Source: Y.UCHIDA, T.TAGUCHI |
| 58 |
On the Variations of the Illuminance within the Shadow
under Task Ambient Lighting -Examination of the Position
of Task Light-: A.UCHIDA, Y.OHTANI |
| 59 |
Study on Prediction of the Luminous Intensity Distribution
of the Light Source in a Room Containing Fixtures. -In Case
of Four Light Sources-: N.IKEMOTO, M.ISOMURA |
| 60 |
Target Distribution of Luminous Intensity for Spotlight:
Y.SAITO, K.MATSUSHIMA |
| 61 |
A Lamp for Hologram Reconstruction -What Lamp Reconstructs
a Good Image on a Hologram-: N.NAMEDA, G.VON BALLY |
Lighting Planning
top |
| 62 |
Evaluation of Luminaires for Streets of Residential Area:
Part 1 Experiments Using a Single Fixture: N.OI, S.NAGAIKE,
K.YOSHIOKA |
| 63 |
Evaluation of Luminaires for Streets of Residential Area:
Part 2 Experiments Using Multiple Fixtures: N.OI, S.NAGAIKE,
K.YOSHIOKA |
| 64 |
Influence of Lighting Condition on Brightness of Block
Pavement: K.KIKUTA, K.FUKAHORI, Y.KUBOTA |
| 65 |
Evaluation Structure on Night Towns -A Case Study on
Tenjin-District in Fukuoka-: D.SHIBATA, Y.KOGA, A.NOZAKI |
| 66 |
A Study on Characteristics of Activity that Human Recognize
Steps and Safety of Walking on the Street During Night Time:
M.KAKUDATE, T.HORI, N.HORIGUCHI, K.MATSUI, K.SEKIGUCHI |
| 67 |
A Study on "How Lighting Environment of Street Space
Should Be" Part 5. About Change of the Optical Environment
by the Andon Installation: K.KOBAYASHI, K.SEKIGUCHI, K.SUZUKI,
H.SHIMODAIRA, M.KAKUDATE |
| 68 |
A Study on "How Lighting Environment of Street Space
Should Be" Part 6. Constituent of Void Space and Evaluation
of Street: K.SUZUKI, K.KOBAYASHI, K.SEKIGUCHI, M.KAKUDATE,
H.SHIMODAIRA |
| 69 |
A Report of Shopping Street Lighting in Japan: J.FUJITA,
M.MASUYAMA, T.YOSHIZAWA |
| 70 |
Development of Reference Materials for Lighting Design:
A.YOSHIDA, Y.UETANI |
| 71 |
Collaboration Support System for Nightscape Design based
on VR Technology: .FUKUDA, R.NAGAHAMA |
| 72 |
A New Index for Evaluation of Non-Uniform
Luminous Environments: Y.OGATA, Y.KOGA
top |
| 73 |
Effect of the Amount and the Direction of Light on the
Visibility of Three Dimeisional Objects: R.SATOH |
| 74 |
Study on the Suitable Lighting for Behaviors in Offices:
N.MOCHIZUKI, N.IGAWA |
| 75 |
Influence of Illuminance on the Appearance of Building
Materials: S.KITAMURA |
| 76 |
Preferred Visual Conditions of Stairsteps Using CG: Y.TABUCHI,
M.TANAKA |
| 77 |
Lighting Conditions Preferred for the Passages: K.OBARA,
W.IWAI, Y.SAITO, S.SUMI |
| 78 |
A Study on the Way to Design the Lighting Environment
of the Tea-Ceremony Room: N.YOSHIZAWA, J.MUNAKATA |
| 79 |
A Study on the Visual Sense about the Facade of Buildings
Lit up with Floodlights: M.MASUYAMA |
| 80 |
A Study on the Luminous Environment for the School (3)
-The Luminous Environment on the Newly Remodeled First Lecture
Building Classrooms-: H.NAGAI |
| 81 |
The Determination of Adaptation Luminance
in the Complicated Luminance Distribution Field: H.KIMURA,
N.HARA, T.NOGUCHI
top |
| 82 |
Calculation Method of Effective Luminance Applicable
to the Whole Visual Field: T.TANAKA, H.KIMURA, N.HARA, T.NOGUCHI
|
| 83 |
Study on Readability of Chromatic Documents -Luminance
Contrast of Achromatic Documents Equivalent to Chromatic
Documents in Points of Readability: N.HARA, T.NOGUCHI |
| 84 |
Effects of Adaptation Luminance to Perceived Threshold
of Difference of Color Appearance: C.Ohta, N.HARA, T.NOGUCHI |
| 85 |
Charts for Visibility Evaluation of Human Face through
Lace Curtain: S.OKUDA, R.SATOH, T.YAMANAKA, H.KOTANI |
| 86 |
A Prediction Method of Road Surface Luminance Considering
the Difference between a Pavement Sample and a Real Pavement:
T.KOTANI, K.OGAWA, T.ICHIJO |
| 87 |
Research on Road Pavement Reflection Characteristics(‡V):
T.MASUDA, S.KOBAYASHI, M.KOMATSU, H.TANAKA |
| 88 |
Study on Visibility Level for Road Lighting -The Simulation
of Luminous Intensity Distribution for Improvement of Visibility
Level-: T.UOZUMI, T.UENO, K.KAWAKAMI |
| 89 |
Evaluation of AFS (Adaptive Frontlighting System) in
Relation to Driver's Eye Movement: T.HARA, T.KURAMOCHI,
Y.HORIUCHI, M.AYAMA, S.KOJIMA, T.SATO |
| 90 |
Classification Index for All Sky Model
of Sky Radiance Distribution: Y.NAGASAKI, Y.KOGA, T.MATSUZAWA,
H.NAKAMURA |
| 91 |
Study on a Simple Program Calculating Angle Factor for
Using Daylight: J.IWATA, T.TANAKA |
| 92 |
A Fundamental Study to Predict Daylight Illuminant in
an Office Room: H.YAMAGAMI, K.YOSHIMOTO, Y.NAKANO, B.KERMANSHAHI |
| 93 |
Field Measurements on Daylighting Efficiency with Gradation
Blind and Dimmed Lighting System: K.TOISHI, Y.TAKEBAYASHI,
K.SAKAMOTO, K.YAMAMOTO, M.IGUCHI, T.NOBE |
| 94 |
Experiment for Energy Saving in Ishikawa Prefectual Office
(Part 1): F.OOTAKE, Y.NEGISHI |
| 95 |
A Field Measurement Using a Hexahedral Illuminance Meter
of Luminous Environment in an Actual Bilateral Lighting
Office: M.TOKURA, H.TAMURA, T.IWATA, Y.NAKAMURA |
Lighting Practice
top |
| 96 |
The Effect of the Illumination Control System at the Small
Store: O.KUMURA, T.SUZUKI, T.KOBAYASHI |
| 97 |
Reduction in Electricity Consumption and Power Demand
in Office Building with Energy Saving Luminaire Integrated
with Storage Battery: Y.NAKANO |
| 98 |
Lighting Facilities for Miyagi Stadium: T.AKADA, T.KIMURA |
| 99 |
Sponsor's Sign Lighting at International Stadium Yokohama:
T.KANNO, Y.MURAYAMA |
| 100 |
Lighting Facilities of Sunmarine Stadium Miyazaki (Part
1) : F.OOTAKE, T.HANEDA, T.TANAKA, M.MATSUDA, K.ISHIZAKI |
| 101 |
Lighting Facilities of Sunmarine Stadium Miyazaki (Part
2): F.OOTAKE, HANEDA, .TANAKA,K.TACHIBAGAWA,K.YAMADA,M.ENDO |
| 102 |
Lighting of Arrow Road at MEIJI GINGU Shiseikan Second
Kyudojyo: H.KOSAKA, H.TUTUI, S.YAMAZAKI, K.TUJI, K.UEDA |
| 103 |
Lighting for "MITSUI-HONKAN": T.KUMADAKI, Y.UEDA,
M.SHIROISHI |
| 104 |
Lighting Fixtures for "Daito Seiiki Hekiga"
at Yakushiji:T.IMAZATO, K.NAKAYA, R.HOTTA |
| 105 |
Lighting Facilities for Kamome-885type, Kyushu Railway
Company: K.KATSUKI, E.MITOOKA, M.OSHIMA |
| 106 |
Lighting of Hiroshima Prefectural FUKUYAMA Industrial
Communication Hall "(The Big Rose)": K.SHIMIZU |
Visual Psychology, Physiology
top |
| 107 |
White Region and Color Appearance of Neighboring Region
in Real Environment: D.KON, T.EDA, M.AYAMA, S.KANAYA, K.MIKAO |
| 108 |
Comparison of Whiteness Perception: D.KON, M.AYAMA, S.KANAYA,
K.MUKAI, M.ELOHOLMA, L.HALONEN |
| 109 |
White Region on Non-uniform Chromatic Background in Real
Environment: Y.TACHI, S.KANAYA, M.AYAMA, K.MUKAI |
| 110 |
Study on the Relation between Chromatic Strength and the
Perceived Whiteness: I.KATAYAMA, K.MASUMI, T.AOKI |
| 111 |
Color Appearance of Object Colors in Peripheral Vision
at Various Illuminance Levels: A.YUJIRI, H.HAMADA |
| 112 |
Comparison of Unique Hue Component with Categorical Color
Response in the Entire Visual Field: M.SAKURAI, C.SAKAMOTO,
M.AYAMA |
| 113 |
Perception of Light Filled in a Colored Room: N.TODA,
T.ISHIDA |
| 114 |
Colour Appearance and Colour Rendering Properties Perceived
Under Several Light Sources: K.ARAI, K.IKEDA, M.NAKAYAMA |
| 115 |
Application of CIECAM97s to Chroma Difference Evaluation
with Low Chroma Color Chips: K.NANBU, H.SATO, M.NAKAYAMA,
K.IKEDA, K.OBARA |
| 116 |
Study on the Category Scale by Color Difference Evaluation
for the Elderly: M.KONO, M.IWATA, A.NAGAMACHI |
| 117 |
Development of a Method to Measure
Color Responses Using Visual EvokedPotentials: J.HANAGATA,
K.MOMOSE
top |
| 118 |
A Study of Measuring Visual Evoked Potential Made by Light
Stimulus: H.NAKAMURA, T.NISHIMURA, H.HAGIWARA |
| 119 |
Effect of Bright Light on Arousal Level in the Daytime:
H.OGUCHI, M.INOUE, T.SAKAGUCHI |
| 120 |
Eating Amount of an Elderly with Dementia before and
after the Bright Light Exposure: T.ITO, E.KOYAMA, T.NAKANO,
MIYANAGA, N.ODAIRA, M.KAMIMURA, M.KOMAGATA |
| 121 |
Field Investigation on the Exposed Illuminance and the
Activity in Daily Life: H.TAMURA, T.IWATA |
| 122 |
Nasal Skin Temperature Change at Various Visual Tasks:
Y.TABUCHI, A.OSA, H.MIIKE |
| 123 |
Effects of Visual Stress Induced by the Light Sources
Composed of LEDs -Psychophysical Measurements of Visual
Stress-: H.HIBINO, Y.SHIRAI, K.YAMADA |
| 124 |
Evaluation of Brightness and Luminous
Perception with Nonlinear Contrast: K.OKAJIMA, M.TAKASE
top |
| 125 |
Verification of Environment Brightness Estimation by
Virtual Luminance Distribution Method: Y.OGIUCHI, T.ISHIDA |
| 126 |
Brightness Estimation of an Illuminated Object with Complicated
Background Luminance Distribution : Y.NAKAMURA, M.INOUE |
| 127 |
Change in Brightness Size of Recognized Visual Space of
Illumination Caused by Color Scheme of Interior: H.YAMAGUCHI,
H.SHINODA, M.IKEDA |
| 128 |
Formulation of a Visibility Index Function for Legibility
of Sentences: W.IWAI, K.OKAJIMA |
| 129 |
Survey on the Consciousness of Artificial Lighting for
Comfortable Environment of Housing: K.ISHIDA, Y.INOUE |
| 130 |
Effects of Color on Visibility (Part.1) -Qualitative Analysis
of Recognizable Threshold on Form Perception- : Y.INOUE,
Y.AKIZUKI |
| 131 |
Effects of Color on Visibility (Part.2) -Qualitative Analysis
of Subjective Evaluation Including Legibility- : Y.AKIZUKI,
Y.INOUE |
| 132 |
Difference in Visibility of Dry and Wet Cloths: H.HIGASHI,
H.SHINODA, M.IKEDA |
| 133 |
Eye-fixation Characteristics of the
Elderly for Ascent and Descent in Staircases: H.OHSHIMA,
Y.KOGA |
| 134 |
Legibility of the Letters Composed of Multiple Point
Sources in the Fog: Y.TSUKADA, Y.TOYOFUKU, Y.AOKI |
| 135 |
Appropriate Luminous Intensity of LED Delineators on
the Road at Night: T.UCHIDA, A.OICHI, M.YAMAGUCHI, T.MURAKAMI |
| 136 |
The Correlation between Safety and Luminance in Highway
Tunnel: H.HASEBE, J.FUJITA, T.ONO, H.ISHII, J.HOZUMI |
| 137 |
Analysis of the Point Brilliance at Pilot's Eyes Caused
by Aeronautical Ground Lights with Luminous Intensity Distribution
Approximated by a Mathematical Technique: H.ISHIDA, H.TOKUNAGA,
M.NAKAYAMA, K.IKEDA, K.OBARA |
| 138 |
A Study of Psychological Influences on Account of Assorting
the Color with the Light in the Room. -Comparative Experience
of Slides Created by Using CG between Young and Old Subiects.
-No.2 : Y.FUKUDA, A.TAMURA |
| 139 |
Visualization of the Luminous Environment by 3-Dimensional
CG - Application on the Road: S.TERASAWA, T.SHIRATORI, T.ONO,
H.ISHII |
| 140 |
Automation on Illumination to Provide the Continuity
Perception in Living Space:
T.MURANAKA, M.IKEDA, H.SHINODA |
| 141 |
A Quantitative Analysis of Valeur - Representation of
Depth on'sansuiga': T.KINOSHITA, A.OSA, M.OKUMURA, M.ICHIKAWA,
H.MIIKE, Y.TABUCHI |
| 142 |
A Method of Drawing an Indoor Scene to Respect the Realistic
Sensations: T.HARADA, A.OSA, T.KINOSHITA, Y.TABUCHI |
Optical Devices and Display
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| 143 |
Preparation of the ‡V Group Nitrogen Compounds Films by
Metal Organic Chemical Vapor Deposition: T.AIKAWA |
| 144 |
Fundamental Research on Functionally Graded Material -Spectral
Reflectance and Colour Specification- : A.KURATA, S.HAGINO,
S.WATANABE, N.HAYASHI, Y.UCHIDA, S.HIGA |
| 145 |
The Development of Back Light Unit for Field Sequential
LCD: T.SHIRAISHI, Y.WATANABE, S.YAMASAKI |
| 146 |
Optical Properties of White LED Using ZnS-, Y- and Sr-based
Phosphors and InxGa1-xN Ultraviolet LED: K.MURAKAMI, H.KUDO,
T.TAGUCHI, M.YOSHINO |
| 147 |
Optimization of the Arrangement of a High Luminous Intensity
White LEDs Light Sources in the Visual Space: K.KOBAYASHI,
T.TAGUCHI |
| 148 |
The Evaluation of General Lighting Source Using High-Brightness
White LED: M.YASUIKE, Y.UCHIDA, K.KOBASHI, T.TAGUCHI |
| 149 |
An Application to the Decoration Light Source Using LEDs:
S.MORI, Y.UCHIDA, K.KOBASHI, T.TAGUCHI |
| 150 |
Development of the Energy-Saving Type White Light-Emitting
Diodes(LEDs) Luminaire for Street Lighting with a Solar-Cell
Battery System: T.SETOMOTO, T.TAGUCHI |
| 151 |
Development of the Energy-Saving Type LED Channel Letter
Panel Using a Solar Cell and Battery: Y.UCHIYAMA, Y.UCHIDA,K.KOBASHI,
T.TAGUCHI, M.YAMADA |
Photometry, Colorimetry, Radiometry
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| 152 |
Precise Measurement of Absolute Spectral Diffuse Reflectance
Using Modified Sharp-Little Method (2) -Evaluation of Error
Factor and Uncertainty of the Measurement-: H.SHITOMI, Y.MISHIMA,
H.ONUKI, I.SAITO |
| 153 |
Accuracy of Absolute Response of Spectral Radiance Meter
Using a Interference Filter Calibrated by Standard Spectral
Radiance Lamp: S.TAKESHITA, M.EJIRI |
| 154 |
Characteristics of Short UV Spectral Irrdiance Standard:
Y.NAKAGAWA, F.OHTANI, T.YAJI, K.KOHMOTO |
| 155 |
Study on Ultraviolet Fourier-Transform Spectral Measurement
Using Polarization Interferometer: T.KIKUCHI, T.YAJI, F.OHTANI |
| 156 |
Development of Infrared Spectral Emissivity Measuring
System for Low Temperature: H.MINATO, Y.ISHIDO |
Industrial Application of
Radiation and Radiometry
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| 157 |
Study of the Damaged Area by the Acid Rain Using the TM
Sensor Data of the LANDSAT Satellite: I.HARADA, E.MOMMA,
T.ONO, H.ISHII |
| 158 |
Effects of the Light Breaking for Chrysanthemum Flowering
by Using Compact Self Ballasted Fluorescent Lamps: T.MORIYAMA,
K.MISONO, M.ONO, S.KOGA |
| 159 |
Experimental Studies on the Photosynthesis Rate of Micro
Algae: M.KAMATA, K.HORIGUCHI, K.HARANOH, R.MATSUMOTO, H.OKUMURA,
S.KOHSAKA, A.MASUDA |
| 160 |
Application of Mercury-Free High Pressure Sodium Lamp
for Plant Factory: K.MURAKAMI, T.OKAME, H.MURASE, N.SAITO,
S.KOSAKA, K.HORAGUCHI |
| 161 |
Enhanced Photodynamic Therapy by Antibody Protein: M.TAKAGI |
| 162 |
Dioxin Decomposition of Leachate from Final Disposal
Site by UV-O3 Process: T.IWASAKI, S.KINOSHITA |
| 163 |
UV Protective Effects of Fabrics -Transmittance and Reflectance-:
E.MISHIMA, M.SAITO, M.SASAKI |
| 164 |
Development of AQF for Vacuum Violet Light: S.KIKUKAWA,
Y.IKUTA, S.YOSHIZAWA |
| Others |
| 165 |
Three Dimensional Measurement Using Light Variation and
Image Subtraction Method: K.TSUJIOKA, H.FURUHASHI, S.HIGA,
Y.UCHIDA |
| 166 |
A Study on Conditions for Optimal Modeling (IV): T.OIKAWA,
W.YAMAMOTO, I.SASAKI |
| 167 |
A New Approach to Evaluation of Landscape Quality (?):
T.OIKAWA, T.HIGUCHI, S.GOTO, I.SASAKI |
| 168 |
The Trial of Constructing of Database on Illuminating
Engineering for Research and Education: Y.ARAKI, M.KATO,
Y.TAKANO |
SYMPOSIUM
Some papers are planned to be presented in the SYMPOSIUM,
but they are not registered yet. |
POSTER SESSION
P-1 Experimental Study on the Light Transmittance the Duct
of the Flat Prism Daylighting System: H.SHIINA, H.SAITO,
M.OKI, K.TAKAHASHI
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