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27th Annual Technical Meeting on Air Cleaning and Contamination Control Program
| No. | Title | Date | Time |
| A01 | Cancelled | 4/14 | 10:00 |
| A02 | Airflow characteristics and contaminant induction by the movements of a large vehicle in cleanroom (Part 1) Experiments in a large-size model cleanroom | 4/14 | 10:20 |
| A03 | Airflow characteristics and induced contaminations by the motion of large vehicles in cleanrooms (Part 2) Airflow visualization and computer simulation | 4/14 | 10:40 |
| A04 | A study on the fragmentation process of condensed organic compounds | 4/14 | 11:00 |
| A05 | Research on Environment Control Technologies of New Clean Room Part1. Evaluation of Cleanliness in Local Area around Mini-environment Devices | 4/14 | 11:20 |
| A06 | Simulation Method of Air Pressure for Ventilation System in Biological Clean Room | 4/14 | 14:00 |
| A07 | Study on the Door Passage Air Current for Maintaining Clean Environment | 4/14 | 14:20 |
| A08 | Development and Cleanliness of The Local Air Cleaner (Open Clean Bench) by The Opposite Uniform Flow | 4/14 | 14:40 |
| A09 | Transient Heat and Moisture Analysis inside the Wall of the Wooden Dwellings with the Membrane to Change its Moisture Resistance Factor with the Ambient Humidity | 4/14 | 15:00 |
| A10 | Study of dew condensation on interior materials induced by the water spray humidification (Part 2) The consideration on the distance of vapor absorption | 4/14 | 15:20 |
| A11 | Study on nanoparticle generation caused by gases in cleanroom | 4/14 | 15:40 |
| A12 | Cancelled | @ | @ |
| A13 | Bayesian Statistics for the Classification of Air Cleanliness for Cleanrooms | 4/14 | 16:00 |
| A14 | The removal performance of the outdoor-air-handling unit for the sodium ion of sea-salt particles | 4/14 | 16:20 |
| A15 | Basic Research on Gaseous and Particulate Partitioning for SVOC in Indoor Air | 4/15 | 9:40 |
| A16 | Characterization of nano-sized particle emission from office machines by ISO-compliant chamber method | 4/15 | 10:00 |
| A17 | Relation between the second generation and VOC of ultrafine particle | 4/15 | 10:20 |
| A18 | Parallel plate wet denuder coupled ion chromatography for near real-time monitoring of acid gases in clean room environment | 4/15 | 10:40 |
| A19 | The importance of the on-site measurement of the acetic acid / formic acid in the semiconductor clean room | 4/15 | 11:00 |
| A20 | Selective Detection of Dioctylphthalate by Molecular-sieving Gas Sensor | 4/15 | 11:20 |
| A21 | Relationship between outgas emission rate from constitute material and concentration of surrounding ammonia gas | 4/15 | 14:20 |
| A22 | Brief evaluation of semiconductor manufacturing environment air contamination using high sensitive solid adsorbent active sampler | 4/15 | 14:40 |
| A23 | Enhance Reticle Purging Performance by Nitrogen/Compressed Dry air | 4/15 | 15:00 |
| A24 | Ensuring Contamination Control in Clean Manufacturing Environments - Airborne Molecular Contamination Monitoring | 4/15 | 15:20 |
| A25 | Application of JIS-11@Kanto Loam powder to collection performance evaluation of general ventilation air filters | 4/15 | 15:40 |
| A26 | Fractional Collection Efficiency Evaluation for General Ventilation Air Filters using JIS-11 Test Powder | 4/15 | 16:00 |
| A27 | Uncertainty of performance tests in light scattering airborne particle counter | 4/15 | 16:20 |
| A28 | Investigation of the Particle Generation Technique for Flat Number-Size Distribution | 4/15 | 16:40 |
| B01 | Application of ultrasonic mist to air purification method - Part 1 Mist formation from binary liquid and its size distribution | 4/14 | 10:00 |
| B02 | Application of ultrasonic mist to air purification method - Part 2@Degradation of VOC gas on ultrasonic mist including titania particles | 4/14 | 10:20 |
| B03 | Development of removal equipment for VOC in exhaust gas by using gas-liquid contact method with PUF (Poly Urethane Foam) | 4/14 | 10:40 |
| B04 | Development of removal equipment for VOC exhausted from coating and printing plant by using parallel plate type of diffusion scrubber with porous PTFE membrane unit (vertical type) | 4/14 | 11:00 |
| B05 | The Development of the Photo Catalyst Cloth for the Gas Removal | 4/14 | 11:20 |
| B06 | A study on the actual status of the microbial contamination in small-scale buildings due to seasonal influence | 4/14 | 14:00 |
| B07 | Actual Survey about Indoor Air Contamination by Microbe in Buildings with Geothermal Utilization Pit | 4/14 | 14:20 |
| B08 | The comparison of sterilization abilities between formaldehyde and hydrogen peroxide | 4/14 | 14:40 |
| B09 | A small hydrogen peroxide sterilizer | 4/14 | 15:00 |
| B10 | Development of newly invented MRG (Methanol Radical Gas) sterilization system | 4/14 | 15:20 |
| B11 | Basic study of bacteria inactivation by using microplasma | 4/14 | 15:40 |
| B12 | About an Anti-fungus Action of the Perfume used for Aromatherapie | 4/14 | 16:00 |
| B13 | Performance of air filter with inactivator of influenza virus | 4/14 | 16:20 |
| B14 | Cancelled | 4/14 | 16:40 |
| B15 | Quality Control of Clean Room Garment by Using IC TAG 2 | 4/15 | 9:40 |
| B16 | A study on the deterioration of clean room garment by laundry and actual use | 4/15 | 10:00 |
| B17 | Development of Residual HCHO removal systems from the Evaporation Pasteurization of Biological Cleanroom | 4/15 | 10:20 |
| B18 | Air Cleaning Performance of Ventilating Air Purification System with Water | 4/15 | 10:40 |
| B19 | Removal of harmful chemicals from atmosphere by salmon-milt DNA | 4/15 | 11:00 |
| B20 | Basic study on indoor air purification using atmospheric microplasma (U) | 4/15 | 11:20 |
| B21 | Study on Ion Transpotation Discharge Device (2) |@Numerical Analysis of Air Ions@| | 4/15 | 14:20 |
| B22 | Study on Ion Transportation Discharge Device (3) \ Examination about the ion density decrement characteristic at the time of the ion transportation \ | 4/15 | 14:40 |
| B23 | Development of ion conveying type ionization system generating large charged-particles by condensing water vapor onto ion (Part 2) | 4/15 | 15:00 |
| B24 | A study on the properties of Air Ions from Contamination sources & their behavior | 4/15 | 15:20 |
| B25 | Electrostatic Characteristic of Clean Room Interior Materials in the Low Humidity | 4/15 | 15:40 |
| B26 | Electrostatic Discharge Process of Ultra-Low Voltage | 4/15 | 16:00 |
| B27 | Measurement of ionic compounds under the electric field in indoor air | 4/15 | 16:20 |
| Committee Reports | 4/15 | 16:40 | |
| C01 | A Study on the Emission Rates of Chemical Substances on Room Air Cleaners | 4/14 | 10:00 |
| C02 | Studies on Performance Evaluation of Room Air Cleaners for Gaseous Contaminants and the Indoor Concentration Prediction Method (Part 6) | 4/14 | 10:20 |
| C03 | Studies on Performance Evaluation of Room Air Cleaners for Gaseous Contaminants and the Indoor Concentration Prediction Method (Part 7) | 4/14 | 10:40 |
| C04 | Studies on the Indoor Air Pollution in the School Environment (Part 2), Chemical Substance Emission Rates on Educational Equipments | 4/14 | 11:00 |
| C05 | Studies on the Indoor Air Chemical Pollution in the School Environmental(Part 3), Emission Rates of Chemical Substances on a Satchel | 4/14 | 11:20 |
| C06 | Studies on the Removal Performance of Gaseous Contaminants on Room Fresheners (Part 4), Concentration Pattern of Suspended Particulate Matters with Use of Room Freshener | 4/14 | 14:00 |
| C07 | Studies on Tests and Evaluation Methods of Odorant Removal Performance for a Urinal Toilet Unit with Deodorization Devices(Part 5), The Emission Rates of Gaseous Pollutants from Human Wastes | 4/14 | 14:20 |
| C08 | Studies on Tests and Evaluation Methods of Odorant Removal Performance for a Urinal Toilet Unit with Deodorization Devices (Part 6), Gaseous Pollutants Removal Performance for the Toilet Unit with Deodorization Devices | 4/14 | 14:40 |
| C09 | A Study on the Test and Evaluation Method for Chemical Substance Emissions from Electrical Heaters | 4/14 | 15:00 |
| C10 | The measurement result of the amount of TVOC personal exposure | 4/14 | 15:20 |
| C11 | Measurement of air pollution gases (NO2,SO2,NH3) by using collection tube coated with TiO2 by diffusion scrubber method | 4/14 | 15:40 |
| C12 | Determination Method of the Styrene in Indoor Air | 4/14 | 16:00 |
| C13 | Determination method of the formic acid in indoor air | 4/14 | 16:20 |
| C14 | Development of simple preparation of trace standard gases by diffusion scrubber method -trace standard gas generation during long period- | 4/14 | 16:40 |
| C15 | Examination of air-filter unit utilizing the media effectively | 4/15 | 9:40 |
| C16 | Filtration of nanoparticles in the composites of nanofiber and microsized polymer particles | 4/15 | 10:00 |
| C17 | Development of controlling technique in electrospinning method for fiber production | 4/15 | 10:20 |
| C18 | Development of microslit-nozzle for cleaning the functional films | 4/15 | 10:40 |
| C19 | Cleaning Technology for Substrate Using Focused Ultrasound | 4/15 | 11:00 |
| C20 | A study on the Analysis of H2O activated structure using NMR (Nuclear Magnetic Resonance) (Part2) | 4/15 | 11:20 |
| C21 | A study on the development of New Air Conditioning Systems used Oscillating Heat Pipe | 4/15 | 14:20 |
| C22 | Development of Ion Removed Water Supply System serviced makeup water for cooling tower | 4/15 | 14:40 |
| C23 | Effect of energy conservation of Vapor Crystal Clean air-conditioning System | 4/15 | 15:00 |
| C24 | Research on the eTask and Ambientf Air Cleaning System (Part.5 Reducing Carbon Dioxide Emission) | 4/15 | 15:20 |
| C25 | Comparisons on the Newly Proposed Locally Balanced and the Wall-return Turbulent Type Clean Rooms | 4/15 | 15:40 |
| C26 | Power Consumption of 300mm DRAM Wafer Fabs in Taiwan | 4/15 | 16:00 |
| C27 | Applying Functional Filter for Removal Atmospheric Acid-Odor | 4/15 | 16:20 |
| C28 | Ventilation Effectiveness of a Bathroom with Negative-pressure Ventilation Schemes | 4/15 | 16:40 |
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