waste strength
3.RESOURCE RECOVERY FROM HIGH-STRENGTH NAPHTHALENE SULPHONIC ACID DYE INTERMEDIATE WASTE LIQUOR
4.The experimental results indicated that the tea waste powder as an additive to UF resin could reduce its free formaldehyde content and reduce the formaldehyde emission of UF resin bonded plywood; the tea waste powder with much less size was easily mixed with UF resin and acted much more effective; the tea waste as an additive to UF resin in a proper amount did nut decrease the bond strength of plywood.
5.The tea waste powder with different sizes as an additive was used to urea-formaldehyde (UF) resin, and the effects of the tea waste powder sizes and amount on the free formaldehyde content of UF resin, the formaldehyde emission, and hood strength of UF resin hooded plywood were studied in this paper.
7.When simulated HLW loading is less than 25 wt% AASC based waste-forms containing suitable zeolite and condensed silica fume, processed by a special technology, exhibit higher compressive strength of 65-100MPa lower porosity of less than 10% and leachabilities of 10~(-5) and 10~(-6)g/cm~2·d for Cs and Sr respectively and these properties are comparable With those of glass.

