Development of an alternative sampler for the atmospheric gaseous pollutants

Download
029399.pdf
1993
Karakaş, Duran
Show full item record
64
views
22
downloads
https://hdl.handle.net/11511/8933
Graduate School of Natural and Applied Sciences, Thesis

Suggestions

Development of a precipitation based separation scheme for selective removal and recovery of heavy metals from cadmium rich electroplating industry effluents
Islamoglu, Sezin; Yılmaz, Levent; Ozbelge, H. O. (2006-01-01)
The treatment of electroplating wastes is a serious worldwide problem, because of their high content of many different heavy metals. Chemical precipitation based treatment methods could be an important alternative for fractional selective separation of heavy metals if they are systematically developed by sequencing of pH, adjusting the added portions of precipitating agents, and selecting the optimum time period before removing the precipitate from the solution. In this study, for selective removal and reco...
Development of a novel regenerable zinc ferrite sorbent for hot gas desulfurization
Aksoy, Ayşegül (null; 1995-06-02)
Integrated Gasification Combined Cycle System (IGCC) promises efficient, clean and economical electrical power generation. In this system coal is gasified under high temperature and pressure. The coal gas exiting the gasifier is cleaned from the particulates and sulfurous compounds with a `Hot Gas Cleanup` system in which metal oxide sorbents are used to remove H{sub 2}S. The cleaned gas is then used to run the gas turbines and the recovered heat is used to run the steam turbines to generate electricity wit...
Development of a new solver for nonlinear parabolic phenomena
Altundağ, M. Seçil; Eraslan, Ahmet N.; Department of Engineering Sciences (1990)
Development of a linear combustion instability tool for 3 D liquid propellant engine geometries
Cengiz, Kenan; Özyörük, Yusuf (2011-09-14)
Development of a new hybrid damper for steel bracing systems
Shaban, Nefize; Caner, Alp; Department of Civil Engineering (2017)
A new hybrid energy dissipation device named as “Backbone Damper” is introduced. The device assembly is composed of two main components: a viscoelastic (VE) unit and an internal displacement amplification mechanism. Energy dissipation is generated through deformations of the VE unit and friction within the mechanism. The mechanism is designed to remain elastic. The effectiveness of the device is verified through numerical simulations of tests of full-size prototypes. A comprehensive three-dimensional solid ...
Citation Formats
D. Karakaş, “Development of an alternative sampler for the atmospheric gaseous pollutants,” Middle East Technical University, 1993.
METU IIS - Integrated Information Service open@metu.edu.tr