Papers Presented at 2002 Annual Conference of IEI-J, August 8-9
| 1. Date Thursday 8th and Friday 9th, August 2002 |
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| 2. Place Chukyo University 101-2 Yagoto Honcho, Showa-ku, Aichi-ken, Japan |
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| 3. Program For the latest information, please access IEIJ home page, http://www.ieij.or.jp |
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| Thursday 8, 9:00-12:10 General Session |
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| Special Plan (10:30-12:00) | |||||||||||||
| Lecture at Room 0602 | |||||||||||||
| Thursday 8, 13:10-16:10 Special Program |
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| (1) Part1 at Yamate Hall (2) Part2 at Room 3F-431 |
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| Friday 9, 9:00-12:10 General Session |
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| Symposium: "Visual Display and Visual Environment" | |||||||||||||
| (Paper No.S1-S9 at Room 0602) | |||||||||||||
| Friday 9, 9:00-12:10 and 13:30-17:00 Poster Session |
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| Friday 9, 13:30-17:00 General Session |
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| Symposium: "Lighting Design Methods using
New Light Sources" |
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| (Paper No.S10-S15 at Room 0602) | |||||||||||||
| 4. Papers presented | |
| GENERAL SESSION |
|
| Light Source, Circuit and Discharge Phenomenon (I): Incandescent and Fluorescent Lamps | |
| -top- | |
| 1 | Effect of Light Irradiation on Ignition Property
of Fluorescent Lamp: M.HAMAMOTO, S.IWAMOTO, H.MICHIBATA, K.MORIZONO, T.UETSUKI, S.WADA |
| 2 | Observation of the Light Emission Luminance Using
Ne-Xe Mixture Gases in Radio Frequency Electrodeless Light Source: H.KASHIWAZAKI, Y.OHTSU, H.FUJITA |
| 3 | Improvement of Starting Time Lag of Cold Cathode
Glow Discharge Tube: S.OSAWA, A.SAITO |
| 4 | Development of a High Luminous Efficiency of Cold
Cathode Fluorescent Lamp: T.IKEDA, F.SHIGEMATU, Y.TOMITA |
| 5 | Development of Self-Ballasted Compact Fluorescent
Lamp with Reflector Globe: Y.TAKAHARA, T.IKEDA, T.YASUDA |
| 6 | Phenomena of End of Life in Fluorescent Lamps: M.MYOJO, T.UEDA, T.TAMURA, O.FUKUMASA |
| 7 | Effect of Glass Tube Components on the Characteristics
of Circular Fluorescent Lamps: T.NAKAMURA, S.KAWASHIMA |
| 8 | Feasibility Study of Eu Activated Silicate Phosphor
as Blue Phosphor for Fluorescent Lamp: H.YOSHIDA, R.YOSHIMURA, M.MINAMOTO, Y.NISHIKAGE |
| 9 | The Deodorization Effect of Fluorescent Lamp with
Photo Catalyst Film: K.NITO, K.KAWABATA, M.ICHIKAWA, K.YAMAGUCHI |
| 10 | Study of Xe Discharge Lamp with Two Discharge
Paths: K.NOMOTO, H.KUROKAWA, H.MOTOMURA, M.AONO -top- |
| 11 | Operating Condition to Keep the Diffused Positive
Column on Xenon Discharge Lamp: R.TSUCHIYA, H.NOGUCHI, H.YANO |
| 12 | Large Screen Display Cells Using Xe Barrier Discharge: K.NISHIMURA, Y.TAKAHARA, K.HONDA |
| 13 | An Estimation of Energy Balance in Rare Gas Fluorescent
Lamps: T.MIZOJIRI, R.SONODA, T.OKAMOTO, M.YOSHIOKA |
| 14 | Development of Ultraviolet Fluorescent Lamp with
Gr Activated New Borate Phosphor for Highly Efficient Excitation
by Vacuum Ultraviolet Light: M.MINAMOTO, H.YOSHIDA, Y.NISHIKAGE, N.YOKOSAWA |
| 15 | Characteristics of Mercury-Free Flat Fluorescent
Lamp: M.YASUDA, S.SHINADA, H.OSANAI, T.SHIGA, S.MIKOSHIBA |
| 16 | Mercury Free Back Light Unit: H.NAKAMURA, S.YAMASAKI, Y.WATANABE |
| 17 | Driving Circuit of bipolar Transistor in Voltage
Resonant Type Inverter: M.KAMATA, K.SHIMIZU |
| 18 | Reduction of Losses on an Inverter for Compact
Fluorescent Lamp: T.HAMAGUCHI, S.ASAMI, H.YAMAZAKI |
| 19 | Design Requirement for High-Efficiency Lighting
System: Y.TAKAHASHI, K.SHIMIZU -top- |
| 20 | A Study of Dimmer Control Method for a Combined
Half-Bridge Inverter: K.TAKAHASHI, K.KOSA, H.KUDO |
| 21 | A Study of Stabilized lamp Starting Operation
for a Full Bridge Inverter Combined with a Chopper: K.YOSHIDA, M.NARUO, M.OHNISHI |
| Light Source, Circuit and
Discharge Phenomenon (II): HID Lamps -top- |
|
| 22 | Spectroscopic Diagnostics of HID Lamp Plasma -Density Measurement
of Sc Atom and Sc Ion in Metal Halide Lamp Using LIF Technique-: K.HATASE, M.KUBO, K.TACHIBANA, S.HASHIGUCHI, S.MORI, J.HONDA |
| 23 | A Study of Sodium Loss on Sc-Na Halide Lamps: T.KASHIWAGI, D.TAKAYAMA, H.OGATA |
| 24 | Investigation of Whitening Phenomena in HID Lamps: T.HONMA, S.KAWASHIMA, N.TAMURA |
| 25 | Improvements of Luminous Characteristics of Nal-Scl3-InI Mercury-Free
HID Lamps: M.MUTO, T.NAGAHARA, A.KANEGAE, S.OMORI |
| 26 | Strain Characteristic of Super High Pressure Mercury Lamps
under Internal Pressure: M.KASE, M.KURANO, I.SERIZAWA, Y.IWAMA, T.SAWA |
| 27 | A Development of an Igniter for Compact HID Lamps: T.KAMBARA, T.NAKAMURA, T.SHIOMI, H.KAKEHASHI |
| 28 | A Study of Ignition Circuit for Metal Halide Lamp: H.KISAICHI, M.ASAYAMA, H.YAMAZAKI |
| 29 | A Study of Compact Electronics Ballast for HID Lamps: M.MAEHARA, N.KOMATSU |
| 30 | A Study of Ignition Performance for Inductively Coupled Electrodeless
Metal Halide Lamps: K.UEMURA, T.ISHIGAMI, K.SHIMIZU -top- |
| 31 | Impedance Study for Electrodeless HID System: S.UKEKAWA, S.MATSUO, M.SAIMI, S.WADA |
| 32 | Development of a Small Resonance Cavity for Micro Discharge
Lamp: Y.SASAOKA, N.HORII, K.MAEKAWA, A.INOUYE,H.NOGUCHI |
| 33 | A Study of Electrodeless Microwave HID Lamps with a Reentrant-Type
Cavity: M.SAIMI, E.SHIOHAMA,T.KOBAYASHI |
| 34 | A Study of Single-ended high Frequency Circuit Electrodeless
Lamp: Y.KUMAGAI, S.YAMAMOTO, S.MAKIMURA, H.KIDO, F.OKAMOTO |
| 35 | Improvement of UV Intensity Maintenance of Electrodeless UV
Lamp by Reducing Coil Voltage: I.YOKOZEKI, K.YOSHIKAWA, T.SHIMOKAWA, K.UEMURA |
| 36 | Development of Balanced Circuit Electrodeless UV Lamp Using
Under-Water: T.TANAKA, I.YOKOZEKI, T.SHIMOKAWA |
| 37 | Development of Power Supply for Electrodeless Lamp which Gets
High-Wattage by Combiner Circuit: T.SUZUKI, I.YOKOZEKI, T.SHIMOKAWA |
| 38 | Development of Control Circuit for Electrodeless UV System
Using Transmission Line: H.DOI, I.YOKOZEKI, T.SHIMOKAWA, K.SHIMIZU |
| Luminaire | |
| -top- | |
| 39 | Development of Multiple FHT42 Pendant Fixture with Variable
Dimming Control: M.SAWADA, Y.NAKAZAWA |
| 40 | A Study of Radio Remote Controlled Lighting System: T.HASHIMOTO, T.TANIGAWA, A.HORIGUCHI, S.GOTOH |
| 41 | A Study on Electronic Ballast Dimming Control System for Fluorescent
Lighting in Stage & TV Studio: Y.NOMURA, K.SHIMIZU, T.AMANO, T.SHIBUICHI, T.KITADA, I.USUI, M.KOSHINO |
| 42 | Improvement by high Frequency Fluorescent Lighting on High-Speed
Photographing in TV & Film Studios: T.SHIBUICHI, T.AMANO, Y.NOMURA, K.MINATO, M.KOSHINO, K.SHIMIZU |
| 43 | Color-Temperature Controllable Luminaries Using Liquid Crystal
Filters: H.FUJIKAKE, H.SATO, Y.IINO, M.KAWAKITA, Y.FUJISAKI, H.KIKUCHI |
| 44 | Prediction of Luminance Increment on Tube Surface and Light
Intensity Distribution of Luminaire: M.YOSHIDA, S.KASHIWAMURA, K.IKEDA -top- |
| 45 | Development of Medium-Intensity White Aviation Obstruction
Marker Light: Y.HAYASHI, T.SEKI, N.TANAKA |
| Lighting Theory | |
| -top- | |
| 46 | A Critical Object for Road Lighting Design: T.SUGAWARA, K.TOEDA, A.OKADA, K.OOYA |
| 47 | Visual Performance Compared Positive Contrast with Negative
Contrast: T.MORI, H.ITO, K.SHIRAO, R.SOMA, K.UEDA |
| 48 | Visibility of the Critical Object in the Tunnel Interior Lighting: H.ITO, T.MORI, Y.SUZUKI, H.TESHIMA |
| 49 | Whole Revealing Power of the Tunnel Interior Lighting: A.OKADA, T.UCHIMARU, H.ITO, S.SAKAMOTO |
| 50 | Visibility of the Preceding Cars in the Tunnel Interior Lighting: Y.KARASAWA, S.SAKAMOTO, M.HAYAKAWA, Y.SUZUKI, H.TESHIMA |
| 51 | Permissible Radio of the Reduced Luminance for the Tunnel
Emergency Lighting: M.MIYAMOTO, T.UCHIMARU, H.ITO. Y.KARASAWA |
| 52 | Study on High Frequency Operated Fluorescent Lamp for Tunnel
Lighting: E.TORIUMI, M.SHIMIZU, A.WAKI, T.TAKEUCHI, T.YAMANAKA |
| 53 | Lighting Conditions for Reading by the Optical Fiber Lighting: Y.SAITO, M.MINOSHIMA, W.IWAI, S.KATAYAMA |
| 54 | The Illumination Characteristics of Three Wavelength LEDs
Using the Calculation Method of Color Multi Light Sources: Y.UCHIDA, T.TAGUCHI |
| 55 | On the Simulation for the Luminance Distribution on Luminous
Surface of Lit up Sign -In the Case of Varying Reflectance of the Inner Surface of Lit up Sign-: T.HAMAMOTO, A.UCHIDA, Y.OHTANI, M.MATSUURA -top- |
| 56 | On the Variations of the Illuminance within the Shadow under
Task Ambient Lighting -Examination of the Reflectance of Partition-: A.UCHIDA, Y.OHTANI |
| 57 | On Measurement of Shadow Factor under Sports Lighting: K.TAKAHASHI, A.UCHIDA, Y.OHTANI |
| 58 | Dual Evaluation of Non-uniform Luminous Environment: K.KOZAKURA, Y.KOGA, Y.OGATA |
| 59 | Preliminary Investigations of Global Illuminance under Clear
and Overcast Sky Conditions Based upon the Measured Date: H.SHIINA, M.OKI, A.KATO -top- |
| 60 | Statistical Arrangement of the Date on Daylight and Solar
Radiation in Kitakyushu: T.MATSUZAWA, Y.KOGA, N.IGAWA, H.NAKAMURA -top- |
| 61 | Daylighting Simulation Using All Sky Model: H.OHSHIMA, Y.KOGA, N.IGAWA, H.NAKAMURA |
| Lighting Planning | |
| -top- | |
| 62 | A Study on Dynamic Measurement of Illumination Distribution
in Interior Using CCD Camera: H.MORIKAWA, K.SHIMIZU, T.ICHIJO |
| 63 | Measurement of Reflectance Using Digital Camera : Part 2: K.KIYOTA, R.SOUMA, T.KOTANI, T.ICHIJO |
| 64 | Study on Modeling Effect of the Human Face on Monitoring Images: M.FUKUDA, S.KOHKO, T.UOZUMI, K.KAWAKAMI |
| 65 | The Effect of Physical Factors for Impression in the Lighting
Space: K.YOKOTA, K.HIGUCHI, M.IWATA |
| 66 | The Effect of Illuminating to the Wall on the Psychological
Effects of a Living Room with One Luminaire: W.IWAI, T.NOBUTA |
| 67 | Evaluations by Workers of the Luminous Environment in an Office
Space with Daylighting System: M.TOKURA, Y.NAKAMURA, T.IWATA, M.KIJIMA, Y.YAMAZAKI, H.TAMURA |
| 68 | Evaluation of Lighting Environment of Sapporo Dome -The Visibility
of a Ball in The Illumination of Baseball Mode for Resident Use-: Y.OYAMA, J.HIROKAWA, A.YAMAGUCHI, N.IGAWA, N.MOCHIZUKI, M.NITADORI |
| 69 | Daylighting Environment of Oita Stadium N.IGAWA, N.MOCHIZUKI, H.OGAWA, T.FUKUYAMA |
| 70 | A Study on Lighting Design from the Point of Cognition between
Place and Landmark: M.HORIE, K.SEKIGUCHI, M.KAKUDATE, T.NONAKA |
| 71 | A Fundamental Study on Space Cognition of Street Lighting: I. KAWASHIMA, K.SEKIGUCHI, K.KOBAYASHI, T.NONAKA, M.HORIE, S.MURAI, M.KAKUDATE, K.SUZUKI |
| Lighting Practice | |
| -top- | |
| 72 | Experience for Energy Saving in Ishikawa Prefectural Offeice(Part2): F.OOTAKE, Y.NEGISHI |
| 73 | Investigation after Five Years "Udatsu Street" Lighting
Equipment of Tokushima Prefectures Installation: H.TAJIRI, J.FUJITA |
| 74 | The Example of Hybrid Lighting Equipment of Matsubara Dam: K.MIURA |
| 75 | Rolling Accident Prevention System of Intersection: Y.MURAYAMA |
| 76 | Lighting Design of City Planning in Ono Village: M.KAKUDATE, K.SUZUKI, K.SEKIGUCHI, K.KOBAYASHI, T.NONAKA, I.KAWASHIMA, M.HORIE, S.MURAI |
| 77 | Lighting of GUJOHACHIMAN Sports Center: T.KUROKAWA, Y.NONAKA, J.MOGAMI |
| 78 | Lighting Facilities for Toyota Stadium: H.KAJIHARA, K.YAMAGUCHI |
| 79 | Lighting Facilities of Shizuoka Stadium Ecopa: T.MORI, T.KUBO, C.KOMATSUMOTO |
| 80 | Lighting Facilities of Saitama Stadium 2002: N.SUGAWARA, T.SAITOU, K.YAHAGI, J.YOKOYAMA, T.AOKI, N.AMARI |
| 81 | Lighting Facilities of Ooita Sports Stadium "BIG EYE": T.FUKUYAMA, S.KUBO |
| Lighting Design | |
| -top- | |
| 82 | Study on Common Understanding of Terms for Lighting
Design -Difference in Understanding of Terms between the Sorts of Occupation-: N.OBA, T.IWATA |
| 83 | Lighting Facilities for North Side in the Port of Nagoya Public
Aquarium: T.MARUYAMA, M.TAMARU, K.ISHIDA, Y.ITO |
| 84 | Lighting Equipment of Yamaguchi Prefecture "kirara expo": S.YOSHIMITU, J.FUJITA, H.NAKAGOMI |
| Visual Psychology, Physiology | |
| -top- | |
| 85 | Database of CSF as a Function of Aiming to Evaluate Visibility
of Letters: H.UJIKE, K.SAGAWA, T.SASAKI |
| 86 | Database of Visual Acuity as a Function of Age and Readability
of Japanese Characters: K.SAGAWA, H.UJIKE, T.SASAKI |
| 87 | Readability of Japanese Sentences for Older People: K.SAGAWA, H.UJIKE, T.SASAKI |
| 88 | Perception of Images in Automotive Multi Color Display Systems
in Terms of Color Spatial Frequency Characteristic: T.WADA, S.OKABAYASHI, N.SUGIE, T.HATADA |
| 89 | Effect of Character Size and Contrast on Readability of Visual
Display Terminal: M.AYAMA, K.ANDO, M.FUNAKAWA, H.UJIKE, W.IWAI, K.OKAJIMA |
| 90 | Relation between Readability of Sentences and Visibility Level: N.HARA, R.SATOH |
| 91 | A Study on Visibility of the Chromatic Documents -Influence
of Condition of Luminance and Characters' Chroma upon Visibility in Achromatic Background-: I.NAMBA, N.HARA, T.NOGUCHI |
| 92 | Discomfort Glare Caused by Multiple Point Sources Placed Matrix: H.TAKAHASHI, M.URABE, T.IRIKURA |
| 93 | Effect of Interval on Conspicuity of Reciprocating Lights: D.YAMASHITA, T.IRIKURA |
| 94 | A Preliminary Study of Whiteness Perception of the Young and
Elderly: S.KANAYA, Y.TACHI, M.AYAMA, K.MUKAI -top- |
| 95 | A Relationship between the Light Color and Brightness Impression
of a White Chart: K.MUKAI, E.TORIUMI, S.KANAYA, M.AYAMA |
| 96 | White Region under Different Illumination -Comparison of the
Results Obtained Using Different Procedures-: D.KON, T.EDA, M.AYAMA, S.KANAYA, K.MUKAI |
| 97 | Effect of Illuminance Level and Background Colors on Perceived
Whiteness: I.KATAYAMA, K.MASUMI, T.AOKI |
| 98 | Estimation of Categorical Color Response in the Entire Visual
Field: M.SAKURAI, M.AYAMA |
| 99 | Appearances of Object Colours under Fluorescent Lamp N-EDL
and Specifications of Colours in Uniform Colour Spaces: T.KONDO, Y.OKADA, S.NODA, Y.IWASAKI, K.IKEDA |
| 100 | Prediction of the Recognized Color of Lighting in a Colored
Room: N.TODA, T.ISHIDA |
| 101 | Simulation Filters of an Aged Human Lens Change Reaction Times
to Color Stimuli: T.SUZUKI, Y.QIANG, S.SAKURAGAWA, H.TAMURA, K.OKAJIMA |
| 102 | Color Discrimination Threshold and Color Difference: H.TORIKAI, H.XU, H.YAGUCHI, S.SHIOIRI |
| 103 | Effects of Color on Visibility(Part.3) -Investigation by Color
Difference-: Y.TSUTSUI, Y.AKIZUKI, Y.INOUE -top- |
| 104 | Suggestion of the Evaluation Method of Visibility Considering
the Individual Visual Ability: Y.INOUE, Y.AKIZUKI |
| 105 | The Effects of Visibility for Operating the Remote-Control
Devices: C.KODAMA, Y.AKIZUKI, Y.INOUE |
| 106 | Actual Visual Conditions of Signs -The Colors and Visibility
of Signs-: Y.AKIZUKI |
| 107 | Basic Study on the Visibility of Solid Objects -Part 1. The
Relation between the Brightness and the Luminance of Each Surface
of a Cube-: R.SATOH, S.OKUDA |
| 108 | Basic Study on the Visibility of Solid Objects -Part 2. The
Relation between the Visual Easiness and the Luminance of Each
Part of a Cube-: S.OKUDA R.SATOH |
| 109 | Appearance of Precision Approach Path Indicator: M.YAMAZAKI, M.NAKAYAMA, K.OBARA |
| 110 | Effects of Daytime Bright Exposure on Sleep and Behavior in
Aged Individuals with Dementia: T.ITO, E.KOYAMA, K.HATASHITA, E.NISHIBORI -top- |
| 111 | Spectral Sensitivity of the Photo-Receptor Concerning in Human
Melatonin Rhythm: T.MORITA, R.KOIKAWA, H.TOKURA |
| 112 | Effect of Lighting Fluctuation upon Relaxation: T.YANO, K.AMANO, H.NOGUCHI, T.YOSHINARI |
| 113 | Study on Lighting with Color Temperature Change During the
Day for Efficient Office Work: M.INOUE, H.NOGUCHI, S.TAI, Y.SHIMOMURA, K.IWANAGA, T.KATSUURA |
| 114 | Physical and Psychological Effects on Color Appearance by
Lighting - The Case of the Old: M.MIYAMOTO |
| 115 | A Study of Psychological Influences on Account of Assorting
the Color with the Light in the Room. -Evaluation Experiment
Using Actual Between Old and Young Subjects - No.3: Y.FUKUDA, A.TAMURA |
| 116 | Study on Color Design for Computer Display Considering Human
Visual Information Processing: K.SASSA, T.UYAMA, A.KAWAGUCHI, A.ITOH, M.TAKAMATSU, Y.NAKASHIMA |
| 117 | Evaluation of Color Illumination - LED and Other Color Illuminants'
Affect - : N.HAYASHI, H.KANSAKU, M.NAGATA |
| 118 | Psychological Effects Induces by LED Spatial Arrangement Patterns
- Psychophysical Measurements of Visual Stress (II ) --: H.HIBINO, A.IBUKI, K.YAMADA |
| 119 | A Study of the Required Illuminances of the Lighting for Pedestrians: K.HAYASI, N.MORI, K.ANDO -top- |
| 120 | Study on Preferable Illuminance of Field Environment for Aged and Young People : M.IWTA, K.OKAJIMA H.UJIKE, |
| 121 | A study on a Glare and Impression of the Street Lighting Mounted at a Low Height: T.MASTUI, Y.KARASAWA |
| 122 | The Evaluation of Glare and Visual Pleasantness on a Simulated
Window - Visual Comfort and Individual Differences -: M.WAKAO, M.HARADA, S.KUNO, F.TAKAGI, T.IWATA |
| 123 | Preliminary Study on Overhead Glare in Interior Lighting: M.YAMAKO, H.TOMIOKA, S.KANAYA |
| 124 | A Study on the Street Lighting Considered for Elderly: N.ITO, M.IWATA, T.MATSUI |
| 125 | A Study on the Street Lighting Considered for Elderly: K.SHIRAO, M.IWATA, T.MATSUI |
| 126 | A Study on the Street Lighting Considered for Low Vision: H.NISHIKAWA, M.IWATA, T.MATSUI |
| 127 | Legibility of Web Page with Cataract Glasses: M.HARAGUCHI, S.OKABAYASI |
| 128 | An Experimental Study on Brightness of Sidewalk Surface and
Sight Distance: K.ANDO, N.MORI, K.HAYASHI |
| 129 | Effects of the Relationship Between Lighting Source and Eyes
Position on the Brightness and the Atmosphere for Relaxation: K.ISHIDA, Y.INOUE -top- |
| 130 | A Study on the Brightness and the Luminance Distribution Indoor
Space: M.KATO, Y.OHTA, T.HANYU, K.SEKIGUCHI |
| 131 | Brightness Prediction Using Multi-Filtering: Y.NAKAMURA, K.EGAWA |
| 132 | Detection Threshold of Temporal Illuminance Change: K.OKAJIMA, A.SHIBATA, M.TAKASE, W.IWAI |
| 133 | Adaptation Luminance on Continual Fluctuation of Visual Field
Luminance: T.YANAKA, N.HARA, T.NOGUCHI |
| 134 | The Determination of Adaptation luminance in Visual Field
in the Interior of a Room of Daytime: K.TSUJI, H.KIMURA, N.HARA, T.NOGUCHI |
| 135 | Examination about the Determination of Adaptation Luminance
in Actual Apace: H.KIMURA, N.HARA, T.NOGUCHI |
| 136 | Conformance of Effective Luminance Using the Function of Effective
Luminance: H.MIKI, H.KIMURA, N.HARA, T.NOGUCHI, Y.INOUE |
| 137 | Application of the Virtual Luminance Distribution for Real-Size: Y.OGIUCHI, T.ISHIDA |
| 138 | Relation between Luminance Distribution of Surround Visual
Field and Contrast Threshold: K.IRIYAMA, T.ISHIDA |
| Optical Devices and Display | |
| -top- | |
| 139 | The Luminous Intensity Distribution Characteristics of the
LED Array: S.MORI, Y.UCHIDA, K.KOBASHI, T.TAGUCHI |
| 140 | Evaluation of a New Phosphor Coated White LED with High Color
Rendering Index: M.YASUIKE, T.TAGUCHI |
| 141 | Development and Evaluation of the Back Light Type Lighting
Apparatus Using the High Luminous Intensity White LEDs Light
Sources: K.KOBASHI, T.TAGUCHI |
| 142 | Lighting System Based on Converting Emission Area by Light
Guide: M.MATSUSHITA, A.FUNAMOTO, M.TAKAOKA, S.AOYAMA |
| 143 | Evaluation of Light Output Properties of LEDs Accumulated
Light Sources and the Thermal Fluid Analysis: K.YAMADA, Y.IMAI, K.ISHII |
| Photometry, Colorimetry and Radiometry | |
| -top- | |
| 144 | The Measurement of Spectral Irradiance on National Metrology
Institute of Japan(NMIJ/AIST): T.ZAMA, I.SAITO |
| 145 | Improved Absolute Spectral Responsivity Calibration Based
on Cryogenic Radiometer: Y.ICHINO, I.SAITO |
| 146 | Precise Measurement of Absolute Spectral Diffuse Using Modified
Sharp-Little Method(3) -Establishment of an Absolute Diffuse Reflectance Scale and Spectrophotometric Calibration System-: H.SHITOMI, Y.MISHIMA, H.ONUKI, I.SAITO |
| 147 | Development and Performance Evaluation of Five-Band Multi-Spectral
Radiometer for Low Temperature: H.MINATO, Y.ISHIDO |
| 148 | Measurement of Spectral Radiant Exitance Tungsten Cluster
Light Emission T.KOBAYASHI, A.SATO, K.HOSAKA, S.SEKINE, M.OKAWA |
| 149 | Self-Consistent Calculation for Various-Shape Circular Blackbody
Cavities Using Radiation Network Method with Guaranteed Accuracy: Y.ISHIDO, H.MINATO |
| 150 | Measurement of Complex Index of Refraction of Metals by Ellipsometry: T.SATO, A.SATO, S.SEKINE, M.OHKAWA |
| 151 | Representative Value of Outdoor Daylight Illuminance-Part1.Top
Lighting: K.ITO, H.ADATI, Y.NISHI |
| 152 | Representative Value of Outdoor Daylight Illuminance-Part2.Side
Lighting: H.ADATI, K.ITO, Y.NISHI |
| Industrial Application of Radiation and Radiometry | |
| -top- | |
| 153 | Characteristics of Diffuse Solar UV-B Irradiance I,: H.TAKAGI, S.TAKESHITA, M.SASAKI |
| 154 | UV-A Protections of Fabrics for Photosensitive Dermatoses: Y.KAGAMI, E.MISHIMA, K.SAYAMA, M.SAITO, M.SASAKI |
| 155 | The Study of Insect Repelling Illumination by UV Control: S.AOKI, Y.MASAKI, T.SAKAGUCHI, M.ISHII, K.ODA |
| 156 | Effect of Artificial Lighting on Leafy Vegetable Seedling
Plugs in Low-Temperature Storage: S.ABE, M.ISHIWATA, A.KUDOU, T.OZAWA |
| 157 | Growth Experiment in Lettuce Using Metal Halide Lamp: S.TAZAWA, Y.OKAMURA |
| 158 | Changes of Photosynthetic Characteristics According to Light
Quality in Cultured Period: M.KAMADA, K.MURAKAMI, T.MATSUMOTO, H.MURASE, H.OKUMURA, K.HORAGUCHI, A.MASUDA, S.KOSAKA |
| 159 | Measurement of the Photosynthetic Characteristics of Cladosiphon
Okamuranus TOKIDA: M.KAMADA, K.MURAKAMI, T.MATSUMOTO, H.MURASE, S.MOROZATO, A.MASUDA, K.HORAGUCHI, S.KOSAKA |
| 160 | Effect of Blue Light Radiation on Growth of Aspergillus Sojae: K.TAN, J.SATO, N.NUNOMURA, Y.SATO, S.TAZAWA |
| 161 | Fabrication of Functional thin Films by CSD Process Applied
UV Illumination: K.TANAKA, S.OKAMURA, T.SHIOSAKI -top- |
| 162 | Fundamental Research on Functionally Graded Material - Characteristics
of Catalyst of Titanium - S.HAGINO, Y.WADA, N.HAYASHI, Y.UCHIDA, S.HIGA |
| 163 | A Study of Contour Tracing between Teeth and Gums: T.HIGO, Y.OGAWA, Y.SHINODA, Y.SASAKI |
| 164 | High-Speed Luminous Intensity Measurement for Aerodrome Using
CCD-TV Camera: H.ISHII, T.ONO, E.MOMMA, K.HONDA, T.SHIRATORI, D.YAMAGISHI |
| 165 | Basic Study on the Detection of Water in Honeycomb Panel by
Using Infrared Ray Camera M.TANIGUCHI, T.YANADA, N.CHUBACHI, T.TAKAGI, H.AKAMA |
| Others | |
| 166 | Three-Dimensional Shape Measurement System Using an Optical
Modulator: K.TSUJIOKA, Y.WADA, H.FURUHASHI, S.HIGA, Y.UCHIDA |
| 167 | Study on 3-Dimensional Sharp Measurement of Glossy Objects
by Photometric Stereo. -Experimental Analysis-: N.IKEMOTO, M.ISOMURA |
| 168 | Study on Diffuse Reflectance Measurement of Glossy Curved
Object: T.NAGANO, N.IKEMOTO, M.ISOMURA |
| 169 | A New Approach to Evaluation of Landscape Quality(VIII) T.OIKAWA |
| 170 | The Trial of Constructing a Bidirectional System for Using
Illuminating Engineering Databases via the IEIJ Web. Page: Y.ARAKI, M.SAKANO |
| SYMPOSIUM | |
| Visual Display and Visual Environment | |
| -top- | |
| S-1 | Visual Display and Illuminating Engineering: S.OKABAYASHI |
| S-2 | White LEDs and Lighting: A.SHINTANI |
| S-3 | Large Screen Displays and Picture Quality S.IWATA |
| S-4 | The Legibility Estimation of Letters and the Effects
of Illumination: M.FUNAKAWA |
| S-5 | Visibility Improvement of In-vehicle Display by
Dynamic Range Compression: M.SOGA, K.YAMADA, M.OHTA, Y.NINOMIYA |
| S-6 | Assessment of Visibility on Roads under Snow Conditions
Using Digital Images: T.HAGIWARA, S.FUJITA, S.KIZAKA |
| S-7 | Characteristics of Color Vision in Dense Fog: M.TAKAMATSU, Y.NAKASHIMA, S.NAKAJIMA |
| S-8 | Visibility of Tunnel Signs: T.SAITO, T.YAMANAKA, S.UEDA, T.KAWAGUCHI |
| S-9 | Categorized Color Perception by LED Indication
-In a Short Time of Presentation- S.NAKAJIMA, S.TSURI, M.TAKAMATSU, Y.NAKASHIMA |
S-10 |
The Perspective on the New Light Sources from
Viewpoint of the Lighting Design: M.SAITO -top- |
| Lighting Design Methods using New Light Sources | |
| S-11 | Lighting of Next Generation -The LEDs as the Illumination-: S.ARICHI |
| S-12 | Lighting of Next Generation - Organic Electro-Luminescence-: J.KIDO |
| S-13 | Creating Attractive Space Utilizing New Light
Sources -Lighting as Communication Media Within Space-: T.HOSAKA |
| S-14 | What Supports the Lighting Design of the Next
Generation: T.IWAI |
| S-15 | Lighting Design by New Lighting Method Using New
Light Sources H.SHOJI |