By Rajiv Kohli, Kashmiri L. Mittal
Developments in floor illness and cleansing: equipment for floor cleansing, quantity 9, a part of the Developments in floor illness and Cleaning sequence supply a state of the art advisor to the present wisdom at the habit of film-type and particulate floor contaminants and their linked cleansing tools.
This most recent quantity within the sequence discusses equipment of floor cleansing of contaminants and the assets which are had to take care of them. Taken as a complete, the sequence kinds a special reference for execs and lecturers operating within the quarter of floor illness and cleansing. a robust subject working in the course of the sequence is that of floor illness and cleansing on the micro and nano scales.
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Extra resources for Developments in Surface Contamination and Cleaning, Volume 9: Methods for Surface Cleaning
Gas-phase cleaning is a dry cleaning process in which cleaning times can be controlled by selecting and varying the process parameters. Better control can be achieved for the specific reactions involved in the cleaning process and for the overall process. 5. It is a versatile process with many different gas chemistries available. The gas chemistry can be tailored with a high degree of selectivity for contaminants and substrates. 6. The process parameters can also be varied widely to achieve optimal cleaning results.
Pp. 531–542, Springer Verlag, Berlin, Heidelberg, and New York (1998). 34. J. Ruzyllo, K. Torek, C. Daffron, R. Grant, and R. Novak, “Etching of Thermal Oxides in Low Pressure Anhydrous HF/CH3OH Gas Mixture at Elevated Temperature”, J. Electrochem. Soc. 140, L64 (1993). 35. J. Ruzyllo, “Assessment of the Progress in Gas-Phase Processing of Silicon Surfaces”, ECS J. Solid State Sci. Technol. 3, N3060 (2014). 36. T. Hattori, T. Osaka, A. Okamoto, K. Saga, and H. Kuniyasu, “Contamination Removal by Single-Wafer Spin Cleaning with Repetitive Use of Ozonized Water and Dilute HF”, J.
Onsite gas generation also removes the need to check up on and change gas cylinders, while low-system-pressure operation provides much greater safety for operating personnel. However, not all gases can be generated onsite, especially specialty and custom gas blends and mixtures. Important selection criteria for the gas source options include amenability to onsite generation, capital costs of the generator for each component (for a gas mixture), usage quantity, reactivity, explosiveness, toxicity, physical properties, storage and handling of compressed gas cylinders, personnel safety, compatibility of storage and dispensing vessels, and associated process piping and connection components (valves, regulators, manifolds) that may require substantial attention and costly solutions.