Title: Preparation of Cement Clinkers for Microscopic Analysis
Authors: Ahmed, W. U.
pp. 1-9

Title: Light Microscopy and How to Reach Its Theoretical Limits
Authors: Keller, E.
pp. 10-18

Title: Size Reduction and Grinding of Raw Materials in a Roller Mill
Authors: Bayles, J.; Gouda, G. R.
pp. 19-32

Title: Microscopic Examination of High-Magnesia Type Clinkers as a Contribution to Clarify the Causes Expansion Due to Magnesia
Authors: Dreizler, I. E.
pp. 33-55

Title: Characterization of Clinker Coatings in Rotary Cement Kilns
Authors: Miller, T.
pp. 56-67

Title: Causes of Wear Affecting Refractory Basic Brick and Possibility of Interpretation by Optical Microscopy
Authors: Schultes, H.
pp. 69-88

Title: How the Cooling Process Affects the Distribution and Particle Size of Periclase (MgO) Crystals
Authors: Gouda, G.; Bayles, J.
pp. 89-98

Title: Alite Phase in Fused Portland Clinkers
Authors: Wieja, C.; Wieja, K.
pp. 99-105

Title: Study of Clinker Grinding in a Ball Mill
Authors: Bayles, J.; Gouda, G. R.
pp. 106-120

Title: Influence of the Fuel and Burning Process on Microscopic Structures and Characteristics of the Clinker
Authors: Hawthorne, F.; Richey, F.; Demoulian, E.
pp. 121-126

Title: Studying the Reactivity of a Cement Raw Mix by SEM
Authors: Gouda, G. R.
pp. 127-139

Title: Microstructural Characteristics of Sound and Unsound Clinkers with Varying MgO Content
Authors: Narang, K. C.; Ghosh, S. K.; Sharma, K. M.
pp. 140-153

Title: Clinker Analysis by Automated SEM
Authors: Lebiedzik, J.; Lebiedzik, J.; Gouda, G. R.
pp. 154-170

Title: Implementation of Microscopic Methods for Kiln Process Control
Authors: Wheeler, O. N.
pp. 171-180

Title: Microscopy as an Aid in Evaluation of Mix Burnability and Clinker Formation
Authors: Miller, F. M.
pp. 181-192

Title: The Use of ONO's Technique to Predict the Strength of Portland Cement
Authors: St. John, D. A.; McGaven, P. N.
pp. 193-197

Title: Microscopical Observation of Clinker, For the Estimation of Burning Condition, Grindability, and Hydraulic Activity
Authors: Ono, Y.
pp. 198-210

Title: Microprocessor Based Linear Traverse Apparatus for Air-Void Distribution Analysis
Authors: Roberts, L. R.; Scheiner, P.
pp. 211-227

Title: Quantitative Microscopy as a Tool for the Quality Control of Concrete
Authors: Gudmundsson; Chatterji; Jensen; Thaulow; Christensen
pp. 228-237

Title: Some Illustration of the Utility of Scanning Electron Microscopy in Cement Research
Authors: Diamond, S.
pp. 238-256

Title: Examination of Portland Cement Concrete by Fluorescent Light Microscopy
Authors: Walker, H. N.
pp. 257-278

Title: Characterization and Reactivity of Silica Fume
Authors: Buck, A. D.; Burkes, J. P.
pp. 279-285

Title: Application of the Microscope in the Concrete Industry
Authors: Campbell, D. H.
pp. 286-291

Title: Filling Up of Pores and Fractures in Weathered Concrete Structures
Authors: Christensen; Chatterji; Thaulow; Jensen; Gudmundsson
pp. 292-306

Title: Effect of Composition of Additives Upon Microstructures of Hydrated Portland Cement Composites
Authors: Scheetz; Grutzeck; Stickler; Roy
pp. 307-318

Title: The Use of the Microscope for the Examination of Bulk Aggregate Samples
Authors: Dolar-Mantuani, L.
pp. 319-330

Title: The Effect of Several Air-Entraining Agents in Concrete Containing a Higher Than Normal Amount of Type C Fly Ash
Authors: Pistilli, M. F.
pp. 331-346

Title: Microstructure of Autoclave Slag Cement in Relation to Compressive Strength
Authors: Abo-El-Enein, S. A.
pp. 347-362

Title: Morphological Changes in Hydrating C3A Systems
Authors: Cabrera, J. G.; Plowman, C.; Hobson, E.
pp. 363-373

Title: Microscopic Study of Aggregates in Danish Concrete
Authors: Christensen; Chatterji; Thaulow; Jensen; Gudmundsson
pp. 374-385

Title: The Influence of Chemical Admixtures on the Cement Stone Structures
Authors: Karibayev, K. K.; Paschenko, A. A.; Taimason, B. T.
pp. 386-393