1-A Discussion of the Paper "The Effects of Expanded Perlite Aggregate,Silica Fume and Fly Ash on Thermal Conductivity of Lightweight Concrete" by Ramazan Demirboga and Rustem gul
2- Alkali-Silica Reactivity of some Frequently Used Lightweight Aggregates
3- Basic Facts about Perlite
4- Building Bridges and Marine Structures
5- Considerations for Low-Density Concrete
6- Container Growing with 100% Perlite and Perlite/Peat Mixes
7- Effect of Expanded Perlite Aggregate and Different Curing Conditions on the Physical and Mechanical Properties of Self-Compacting ConcreteMineral Admixtures on the Compressive Strenght of Low-density Concrete
8- Effect of Expanded Perlite Aggregate and Mineral Admixtures on the Compressive Strenght of Low-density Concrete
9- Enhanced Hydration and Properties of Specified Density Concrete
10- Evaluation of Dynamic Properties of Extra Light Weight Concrete Sandwich Beams Reinforced with CFRP
11- Finishing Lightweight Concrete Floors
12- Flying Concrete
13- Foam Generator , US Patent , 1965(A)
14- Foam Generator , US Patent , 1965(B)
15- Foam Generator , US Patent , 1974
16- Foam Generator , US Patent , 1996
17- Guide for Structural Lightweight Aggregate Concrete
18- Guide Specification for Load-Bearing Lightweight Concrete Masonry Units
19- Guide Specification for Structural Lightweight Aggregate Concrete
20- Hecommended Combined Aggregate Gradation for High Quality Lightweight Concrete Masonry Units
21- High- Performance Structural Lightweight Concrete
22- High Strenght Lightweight Concrete Made with Ternary Mixtures of Cenent-Fly Ash-silica Fume and Scoria as Aggregate
23- Horticultural Perlite Solves Compaction Problem at New Stadium
24- Impact of Vapor Emission Rate of Lightweight Concrete Slabs on Floor Coverings
25- Inclusion of Mineral Admixtures in Cement Pastes for High Performance Concrete
26- Insulating Concrete Masonry Theoretical Maximum "R" Values
27- Investigation on Pozzolanic Effect of Perlite Powder in Concrete
28- Lightweight Aggregate Concrete
29- Lightweight Concrete
30- Lightweight Concrete Utilizing in Excess of 25% of Fly-Ash
31- Lightweight Concrete(Fire Resistance of Expanded Shale Clay and Slate Structural Concrete Slabs)
32- Lightweight Loncrete(Perlite Insulating Concrete Roofdecks)
33- Numerical Simulation and Experimental Validation of the Turbulent Combustion and Perlite Expansion Processes in an Industrial Perlite Expansion Furnace
34- Perlite Expanded
35- Perlite Expansion Density Control System
36- Perlite Gradation and Peat / Perlite Mixtures
37- Perlite Processing(A)
38- Perlite Processing(B)
39- Perlite Product Guide
40- Perlite V.S Polystyrene in Potting Mixes
41- Portland Cement Hydration
42- Properties of Green Lightweight Aggregate Concrete
43- Properties of Lightweight Concrete Manufactured with Fly Ash, Furnace Bottom Ash,and Lytag
44- Pumice and Pumicite
45- Redcolite Ultra Lightweight Concrete
46- Reply to Discussion by A.Demirbas of the Paper "The of Expanded Perlite Aggregate, Silica Fume and Fly Ash on the Thermal Conductivity of Lightweight Concrete
47- Role of Perlite in Hydroponic Culture
48- Roof Gardens That Are Gentle on The Roof
49- Scientific Principles
50- Smart Wall Systems Guide Specification
51- Specified Density Concrete
52- Starch-based Lightweight Concrete : Effect of starch Source,Processing Method, and Aggregate Geometry
53- Structural Lightweight Aggregate Concrete
54- Structural Lightweight Aggregate Concrete Performance
55- Structural Lightweight Concrete in Hong Kong : Now, New, Next
56- the Concern Over Fluorides
57- The Effect of Moisture Content on Sound Absorption of Expanded Perlite Plates
58- The Effects of Aggregate Properties on Lightweight Concrete
59- Thermal Conductivity and Compressive Strenght of Expanded Perlite Aggregate Concrete with Mineral Admixtures
60- Thermo-Mechanical Properties of Fiber Reinforced Raw Perlite Concrete
61- What,Why & How ? Structural Lightweight Concrete
