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2. Effect of hydrocarbon type on reactivity of exhaust gases. Paper 650524
3. Gas infrared's steady success in paper drying
4. Combustion of paper deinking solids in a pilot-scale fluidized bed
5. Biotechnology in the pulp and paper industry; A review
6. Radiation litmus paper
7. Film formation and paper coating with poly ([beta]-hydroxyalkanoate), a biodegradable latex
8. Fuel: An alternative use for mixed paper waste
9. Applications of thermal energy storage in the paper and pulp industry
10. Improved energy efficiency in a specialty paper mill
11. AN ARTIFACT IN THE PAPER CHROMATOGRAPHY OF RADIOIODIDE
12. ELECTROOMOSIS IN PAPER ELECTROCHROMATOGRAPHY WITH ELECTRODES ON THE PAPER
13. Radiation degradation and the subsequent enzymatic hydrolysis of waste paper
14. Pulp and paper mill solid wastes as substrates for single-cell protein production
15. X-ray diffraction, scanning electron microscopy study of separator failure. [Resin-bonded paper separators]
16. Radiation degration and the subsequent enzymatic hydrolysis of waste papers. [/sup 60/CO. gamma. radiation]
17. Timber: more effective utilization. [Wood and paper]
18. SEPARATION OF MONO-N-BUTYL PHOSPHATE, DI-N-BUTYL PHOSPHATE AND PHOSPHORIC ACID BY PAPER CHROMATOGRAPHY
19. Paper Chromatography of 2-Halogenated Carboxylic Acids : N,N-Dimethyl-p-phenylazoaniline as an Acid-Base Indicator Reagent
20. SEMIQUANTITATIVE MICRODETERMINATION OF URANIUM BY MEANS OF PAPER FLUORESCENCE, APPLICATION TO THE RADIO ANALYSIS OF NATURAL WATER
21. SEMIQUANTITATIVE MICRODETERMINATION OF URANIUM BY MEANS OF FLUORESCENCE ON PAPER--APPLICATION TO RAPID ANALYSIS IN NATURAL WATER
22. Continuous determination of nitrogen oxides in air and exhaust gases. [Oxidant prepared by saturating glass fiber paper in sodium dichromate solution and sulfuric acid, then drying]
23. THE PRODUCTION OF MODIFIED STARCHES FOR THE PAPER AND TEXTILE INDUSTRIES BY MEANS OF $gamma$-RAYS
24. ION DIMENSIONS AND RF VALUES IN RADIAL PAPER CHROMATOGRAPHY
25. PAPER ELECTROPHORESIS STUDY OF THE REACTION PRODUCTS OF RUTHENIUM TETRAOXIDE WITH HYDROGEN PEROXIDE
26. RADIOACTIVE METHOD FOR THE LOCALISATION AND ESTIMATION OF SITOSTEROL ON PAPER CHROMATOGRAMS.
27. ELECTROCHROMATOGRAPHY ON PAPER OF LANTHANIDES AND LANTHANUM HOMOLOGS
28. INDICATORS FOR THE PAPER CHROMATOGRAPHY OF LIPIDS
29. SEPARATION OF RADIUM FROM ITS NATURAL PRODUCTS BY PAPER CHROMATOGRAPHY
30. Airotech CRADA
31. Wood in the energy crisis
32. Integrated ozonation-biotreatment of pulp bleaching effluents containing chlorinated phenolic compounds
33. Feasibility of using recycled newspapers as a fiber source for dry-process hardboards
34. LIQUID SCINTILLATION COUNTING OF C$sup 14$-LABELED AMINO ACIDS ON PAPER, USING TRINITROBENZENE-1-SULFONIC ACID, AND AN IMPROVED COMBUSTION APPARATUS
35. Temperature-programmed reduction and cyclic voltammetry of Pt/carbon-fibre paper catalysts for methanol electrooxidation
36. Chemiluminescence measurement of atmospheric ozone with an oil-coated paper filter
37. Isotopic exchange in the ethanol synthesis from CO + H/sub 2/. Comments on papers by A. Takeuchi and J. R. Katzer
38. Study of the hydrolysis of Zr/sup 4 +/ and Hf/sup 4 +/ ions in sulfate solutions by the method of paper chromatography
39. (Comment on paper by Sabol and Dalgaard). Original of the cubic rate law in zirconium alloy oxidation
40. Pyrolysis of coal and shale: pyrolysis of oil shale. [Review 780 papers Oct. through Feb. 1961]
41. THE CHEMISTRY OF PROTACTINIUM. I. THE NATURE OF SPECIES IN HCl SOLUTIONS BY SOLVENT EXTRACTION AND PAPER ELECTROPHORESIS
42. CHEMICAL EFFECTS INDUCED BY NEUTRON IRRADIATION OF SODIUM TETRAMETAPHOSPHATE AS STUDIED BY PAPER ELECTROPHORESIS.
43. Burners give calendering a boost
44. Extracellular cellulolytic enzymes of Bacillus circulans are present as two multiple-protein complexes
45. Considerations for using sludge as a fuel
46. Vacuum pyrolysis of bark residues and primary sludges
47. Gas improves hog-fuel boiler performance
48. Effects of pulp consistency and mixing intensity on ozone bleaching
49. Formation of fuel NO[sub x] during black-liquor combustion
50. A review of NO[sub x] formation mechanisms in recovery furnaces
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