Workshop report: Measuring procedures for wood stoves and combustion
German National Library of Science and Technology (GetInfo) (German)
Workshop report: Development of low emission wood stoves and furnaces
Wood-saving stoves for small businesses in South India
Wood pellet heating systems : the Earthscan expert handbook on planning, design and installation
Wood fuel use in the traditional cooking stoves in the rural floodplain areas of Bangladesh: A socio-environmental perspective
Miah, M. D.; Al Rashid, H.; Shin, M. Y.
Wood Stoves for Low Income Families in Virginia: Lessons Learned from the Energy Assistance Program
Reynolds, Lawrence J.; Brumfield, C. P.; Kinney, Laurence F.
Wood Stoves - Emission Reduction
Hofbauer, H.; Schiffert, T.; Baumgartner, G.
WOOD GAS STOVES FOR DEVELOPING COUNTRIES
Reed, T. B.; University of Newcastle upon Tyne
Very high efficiency wood and dung mogogo in Eritrea
Validation of a dynamic model for wood pellet boilers and stoves
Persson, T.; Fiedler, F.; Nordlander, S.
VP2.5.3 Quantification and Characterisation of Particle Emmissions from Residential Wood Stoves and Boilers
Hartmann, H.; Ellner-Schuberth, F.; Turowski, P.
V4.I.20 Public Subsidy and Diffusion of Wood Pellet Stoves in Norwegian Households
Bjornstad, E.; Hillring, B.
V2B.VI.18 Combustion Improvements in Wood Stoves
Rogaume, C.; Rogaume, Y.; Rabot-Querci, M. L.
The impact of improved wood-burning stoves on fine particulate matter concentrations in rural Mexican homes
Zuk, M.; Rojas, L.; Blanco, S.
Test Method Evaluations and Emissions Testing for Rating Wood Stoves
Cottone, L. E.; Messer, E.; Radian Corp., Research Triangle Park, NC
Systematic Characterization and Quantification of Gaseous and Particulate Emissions from Present Residential Wood and Pellet Stoves and Potentials for Future Technology
Boman, C.; Nordin, A.; Westerholm, R.
Supersonic Flight and Cooking Over Wood-Burning Stoves: Challenges to the Combustion Community
Glassman, I.; Combustion Institute
Supersonic Flight and Cooking Over Wood-Burning Stoves - Challenges to the Combustion Community
Glassman, I.; American Flame Research Committee; Japanese Flame Research Committee
Stress Testing of Wood Stoves
Bighouse, R. D.; Houck, J. E.; McCrillis, R. C.
Bighouse, R. D.; Houck, J. E.; McCrillis, R. C.et al.
Stove Performance and Emission Characteristics in Residential Wood Log and Pellet Combustion, Part 1: Pellet Stoves
Boman, C.; Pettersson, E.; Westerholm, R.
Residential Wood Combustion Study. Task 5. Emissions Testing of Wood Stoves. Volumes 3 and 4 (Appendices)
Environmental Protection Agency, Seattle, WA. Region X.
Residential Wood Combustion Study. Task 5. Emissions Testing of Wood Stoves, Volumes 1 and 2
Residential Wood Combustion Study. Task 4. Technical Analysis of Wood Stoves: Combustion Principles, Design Considerations, Operating Techniques
Environmental Protection Agency, Seattle, WA. Region X.
Quantification and Characterisation of Particle Emissions from Residential Wood Stoves and Boilers
Products of Wood Smolder and Their Relation to Wood-Burning Stoves
Ohlemiller, T.; Schaub, W.; Department of Energy, Washington, DC
Performance Monitoring of Advanced Technology Wood Stoves: Field Testing for Fuel Savings, Creosote Build-Up and Emissions. Volume 1 and 2. Technical Appendix
New York State Energy Research and Development Authority, Albany
Particulates and CO in Highland Guatemala: Indoor and Outdoor Levels from Traditional and Improved Wood Stoves and Gas Stoves in Three Test Households
Naeher, L. P.; Smith, K. R.; Leaderer, B. P.
Particulate exposure and size distribution from wood burning stoves in Costa Rica
Park, E.; Lee, K.
Particulate Matter and Carbon Monoxide in Highland Guatemala: Indoor and Outdoor Levels from Traditional and Improved Wood Stoves and Gas Stoves
Naeher, L. P.; Leaderer, B. P.; Smith, K. R.
Need a stove? Take a number: Fears about Y2K are fueling a run on wood stoves, flashlights, and generators
Life cycle assessment of wood-based heating in Norway
Hertwich, Edgar; Strømman, Anders; Reenaas, Marte
Improving the energy performance of UK households: Results from surveys of consumer adoption and use of low- and zero-carbon technologies
Roy, Robin; Caird, Sally; Herring, Horace
Improved earthen stoves in coastal areas in Bangladesh: Economic, ecological and socio-cultural evaluation
Alam, S. M. N.; Chowdhury, S. J.
Improved Wood, waste and charcoal burning stoves : A practitioners' manual
Stewart, Bill ( Mitarb. )
Improved Wood Stoves: The Guatemala Experience
Mendez, C. U.; Pineda, H. R.
Greenhouse Gases from Wood Stoves
Greenhouse Gas and NO~x Emissions from Wood Stoves
Karlsvik, E.; Hustad, J. E.; Skreiberg, O.
Fire Safety Appraisal of Residential Wood and Coal Stoves in New York State: Appendices
Lassoie, James P.; Provencher, R. William; Goff, Gary R.
Fire Safety Appraisal of Residential Wood and Coal Stoves in New York State
Experience with Improved Charcoal and Wood Stoves for Households and Institutions in Kenya
Hyman, E. L.
Evaluation of Low-Emission Wood Stoves
Shelton, J. W.; Gay, L. W.; California State Air Resources Board, Sacramento
Environmental health, development and economic empowerment of rural women in Nigeria
Emissions from wood stoves and fireplaces
Karlsvik, E.; Hustad, J. E.; Soenju, O. K.
Emission of dioxins from Danish wood-stoves
Vikelsoee, J.; Madsen, H.; Hansen, K.
Emission of Dioxins from Danish Wood-Stoves
Vikelsoe, J.; Madsen, H.; Hansen, K.
Electrical savings by use of wood pellet stoves and solar heating systems in electrically heated single-family houses
Persson, T.; Nordlander, S.; Ronnelid, M.
Effect of Damper Opening on The Performance of Improved Wood-Burning Stoves
Danshehu, B. G.; Atiku, A. T.; World Renewable Energy Network
Development of low smoke stoves for domestic wood use
Cowburn, D. A.; Gale, J. J.; Holtham, R. D.
Designing Wood-Fired Cooking Stoves: Where Is the Woman?
Daliil Binaa' Mawaagid Yuwafir Istihlak Alhatab (Wood Conserving Cook Stoves: A Design Guide)
Al Dir'iyyah Inst., Geneva (Switzerland)
Constraints on sustainable development in Ethiopia: is there a future for improved wood-stoves?
Cancer Risk from Exposure to Polycyclic Aromatic Hydrocarbons (PAHs) in Indoor Air Emissions from EPA-Certified (Phase II) Wood Stoves
Babich, M. A.
CFD Based Design and Optimisation of Wood Log Fired Stoves
Scharler, R.; Benesch, C.; Neudeck, A.
Blacksmiths develop wood-saving stoves
Assessing the Global Composite Impact of Chemicals on Health Wood-Burning Stoves Get Help from HEPA Filters MRI-Based Atlas of the Developing Mouse Brain Debuts
Alternative energy: Exclusive tests of wood-pellet stoves and solar water heaters
A partial equilibrium analysis of the impact of introducing more-efficient wood-burning stoves into households in the Sahelian region
Dufournaud, C. M.; Quinn, J. T.; Harrington, J. J.
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