Book Search
1-4 of 4 results for Author: d chandrasekharam (sorted by Publication Date, showing all)
-
By D. Chandrasekharam, Jochen Bundschuh
In many developing countries the exponentially growing electricity demand can be covered by using locally available, sustainable low-enthalpy geothermal resources (80-150 °C). Such low-enthalpy sources can make electricity generation more independent from oil imports or from the over-dependence on...
Published June 30th 2008 by Taylor & Francis
-
Problems, Perspectives and Challenges
Edited by Prosun Bhattacharya, AL Ramanathan, Arun B. Mukherjee, Jochen Bundschuh, D. Chandrasekharam, A.K. Keshari
Groundwater is the most important source of domestic, industrial, and agricultural water and also a finite resource. Population growth has created an unprecedented demand for water, with the situation most critical in the developing world, where several million people depend on contaminated...
Published April 8th 2008 by Taylor & Francis
-
Proceedings of the Pre-Congress Workshop "Natural Arsenic in Groundwater", 32nd International Geological Congress, Florence, Italy, 18-19 August 2004
Edited by J. Bundschuh, P. Bhattacharya, D. Chandrasekharam
Arsenic contamination has become a global phenomenon. With the development of advanced technological detection tools, more geographical areas have been identified. The people most affected are those in the poorer socio-economic groups. The research articles in this book have been...
Published January 5th 2005 by Taylor & Francis
-
By D. Chandrasekharam, J. Bundschuh
This text aims to be a driving force for an economically sound and sustainable development of developing countries. It looks at the provision of geothermal energy within the framework of sustainable energy development for power generation, rural electrification and so forth....
Published December 31st 2001 by Taylor & Francis
object(stdClass)#96 (3) {
["hits"]=>
array(4) {
[0]=>
object(stdClass)#97 (15) {
["bindingStyleCode"]=>
string(4) "HARD"
["categories"]=>
array(7) {
[0]=>
string(6) "CLE11A"
[1]=>
string(6) "EOE37A"
[2]=>
string(6) "SCEC31"
[3]=>
string(8) "SCEA0140"
[4]=>
string(6) "PHY09A"
[5]=>
string(8) "SCEC1360"
[6]=>
string(8) "SCEC3110"
}
["edition"]=>
int(1)
["id"]=>
int(210345)
["imprint"]=>
string(16) "Taylor & Francis"
["isbn"]=>
string(13) "9780415401685"
["isbn10"]=>
string(10) "0415401682"
["keywords"]=>
string(728) "VERSUS WATERS DOMESTIC TECHNIQUES ACTUAL DEMAND TYPES SOURCE BENEFITS LOW EMISSION HEAT SYSTEMS OVERCOMING MEASUREMENTS FORECASTS OVERVIEW METHODS USING BARRIERS GEOPHYSICAL FUEL POTENTIAL FOSSIL MITIGATION 3 2 1 GEOCHEMICAL 5 4 ENERGY EXPLORATION WARMING ELECTRICITY REDUCTION RURAL ACTIVE ENTHALPY THERMAL CHEMICAL 2030 WORLD ZONES WORLDWIDE COLLISION PFOREWORD HYDROELECTRIC TECTONICS CHARACTERISTICS POWER CONSTITUENTS GENERATION RIFT P FIELDS MARKETS INTRODUCTION MIX TECTONIC CLASSIFICATION RESISTIVITY DISSOLVED FLOW SOLUTION P5 CONTINENTAL DEVELOPMENTS HIGH P4 UNTIL P7 ELECTRICAL P6 P1 AVAILABLE P3 ELECTRIFICATION GEOLOGICAL P2 WITHIN THROUGH VOLCANISM IMPORTS GEOTHERMAL USE RIFTS GLOBAL RESOURCES REGIONAL ASSOCIATED"
["originators"]=>
array(2) {
[0]=>
object(stdClass)#98 (3) {
["id"]=>
int(2855960)
["name"]=>
string(18) "D. Chandrasekharam"
["roleCode"]=>
string(2) "VE"
}
[1]=>
object(stdClass)#99 (3) {
["id"]=>
int(2855961)
["name"]=>
string(16) "Jochen Bundschuh"
["roleCode"]=>
string(2) "VE"
}
}
["publicationDate"]=>
string(25) "2008-06-30T19:00:00-05:00"
["relevance"]=>
float(6.0140767)
["shortDescription"]=>
string(299) "In many developing countries the exponentially growing electricity demand can be covered by using locally available, sustainable low-enthalpy geothermal resources (80-150 °C). Such low-enthalpy sources can make electricity generation more independent from oil imports or from the over-dependence on"
["sku"]=>
string(6) "SW1682"
["subjectGroup"]=>
string(9) "Reference"
["title"]=>
string(54) "Low-Enthalpy Geothermal Resources for Power Generation"
}
[1]=>
object(stdClass)#100 (16) {
["bindingStyleCode"]=>
string(4) "HARD"
["categories"]=>
array(3) {
[0]=>
string(6) "WSE05A"
[1]=>
string(6) "WSE13A"
[2]=>
string(6) "WSE18A"
}
["edition"]=>
int(1)
["id"]=>
int(234265)
["imprint"]=>
string(16) "Taylor & Francis"
["isbn"]=>
string(13) "9780415407762"
["isbn10"]=>
string(10) "0415407761"
["keywords"]=>
string(286) "IMPACT APPLICATION PERSPECTIVES AMP PREFACE MODELING WATER ENVIRONMENTBRIII PROBLEMS RECHARGE ARSENIC ASSESSMENT DEVELOPMENT CHALLENGES SUSTAINABLE SYSTEMSBRIV GROUNDWATERS ITS NBSP GROUNDWATER COASTAL AQUIFER BRI PROCESSESBRII RESOURCES GROUNDWATERBRVI TSUNAMIBRV FLUORIDE MANAGEMENTBR"
["originators"]=>
array(6) {
[0]=>
object(stdClass)#101 (3) {
["id"]=>
int(3056644)
["name"]=>
string(19) "Prosun Bhattacharya"
["roleCode"]=>
string(2) "HG"
}
[1]=>
object(stdClass)#102 (3) {
["id"]=>
int(3056645)
["name"]=>
string(13) "AL Ramanathan"
["roleCode"]=>
string(2) "HG"
}
[2]=>
object(stdClass)#103 (3) {
["id"]=>
int(3056646)
["name"]=>
string(17) "Arun B. Mukherjee"
["roleCode"]=>
string(2) "HG"
}
[3]=>
object(stdClass)#104 (3) {
["id"]=>
int(3056647)
["name"]=>
string(16) "Jochen Bundschuh"
["roleCode"]=>
string(2) "HG"
}
[4]=>
object(stdClass)#105 (3) {
["id"]=>
int(3056648)
["name"]=>
string(18) "D. Chandrasekharam"
["roleCode"]=>
string(2) "HG"
}
[5]=>
object(stdClass)#106 (3) {
["id"]=>
int(3056649)
["name"]=>
string(12) "A.K. Keshari"
["roleCode"]=>
string(2) "HG"
}
}
["publicationDate"]=>
string(25) "2008-04-08T19:00:00-05:00"
["relevance"]=>
float(3.0488987)
["shortDescription"]=>
string(291) "Groundwater is the most important source of domestic, industrial, and agricultural water and also a finite resource. Population growth has created an unprecedented demand for water, with the situation most critical in the developing world, where several million people depend on contaminated"
["sku"]=>
string(6) "SW7761"
["subjectGroup"]=>
string(9) "Reference"
["subtitle"]=>
string(37) "Problems, Perspectives and Challenges"
["title"]=>
string(39) "Groundwater for Sustainable Development"
}
[2]=>
object(stdClass)#107 (16) {
["bindingStyleCode"]=>
string(4) "HARD"
["categories"]=>
array(3) {
[0]=>
string(8) "SCEC0790"
[1]=>
string(6) "WSE05A"
[2]=>
string(8) "SCEC0793"
}
["edition"]=>
int(1)
["id"]=>
int(211133)
["imprint"]=>
string(16) "Taylor & Francis"
["isbn"]=>
string(13) "9780415367004"
["isbn10"]=>
string(10) "041536700X"
["keywords"]=>
string(124) "WORKSHOP 2004 19 18 CONGRESS GEOLOGICAL GROUNDWATER PROCEEDINGS AUGUST FLORENCE 32ND PRE ARSENIC NATURAL INTERNATIONAL ITALY"
["originators"]=>
array(3) {
[0]=>
object(stdClass)#108 (3) {
["id"]=>
int(5770441)
["name"]=>
string(12) "J. Bundschuh"
["roleCode"]=>
string(2) "HG"
}
[1]=>
object(stdClass)#109 (3) {
["id"]=>
int(5770442)
["name"]=>
string(15) "P. Bhattacharya"
["roleCode"]=>
string(2) "HG"
}
[2]=>
object(stdClass)#110 (3) {
["id"]=>
int(5770443)
["name"]=>
string(18) "D. Chandrasekharam"
["roleCode"]=>
string(2) "HG"
}
}
["publicationDate"]=>
string(25) "2005-01-05T19:00:00-05:00"
["relevance"]=>
float(4.531488)
["shortDescription"]=>
string(291) "Arsenic contamination has become a global phenomenon. With the development of advanced technological detection tools, more geographical areas have been identified. The people most affected are those in the poorer socio-economic groups. The research articles in this book have been"
["sku"]=>
string(6) "SW700X"
["subjectGroup"]=>
string(11) "Proceedings"
["subtitle"]=>
string(149) "Proceedings of the Pre-Congress Workshop "Natural Arsenic in Groundwater", 32nd International Geological Congress, Florence, Italy, 18-19 August 2004"
["title"]=>
string(30) "Natural Arsenic in Groundwater"
}
[3]=>
object(stdClass)#111 (15) {
["bindingStyleCode"]=>
string(4) "HARD"
["categories"]=>
array(3) {
[0]=>
string(6) "CLE11A"
[1]=>
string(8) "SCGE5010"
[2]=>
string(6) "EOM03A"
}
["edition"]=>
int(1)
["id"]=>
int(233977)
["imprint"]=>
string(16) "Taylor & Francis"
["isbn"]=>
string(13) "9789058095220"
["isbn10"]=>
string(10) "9058095223"
["keywords"]=>
string(48) "COUNTRIES GEOTHERMAL ENERGY RESOURCES DEVELOPING"
["originators"]=>
array(2) {
[0]=>
object(stdClass)#112 (3) {
["id"]=>
int(5878920)
["name"]=>
string(18) "D. Chandrasekharam"
["roleCode"]=>
string(2) "VE"
}
[1]=>
object(stdClass)#113 (3) {
["id"]=>
int(5878921)
["name"]=>
string(12) "J. Bundschuh"
["roleCode"]=>
string(2) "VE"
}
}
["publicationDate"]=>
string(25) "2001-12-31T19:00:00-05:00"
["relevance"]=>
float(6.0140767)
["shortDescription"]=>
string(275) "This text aims to be a driving force for an economically sound and sustainable development of developing countries. It looks at the provision of geothermal energy within the framework of sustainable energy development for power generation, rural electrification and so forth."
["sku"]=>
string(7) "RU41309"
["subjectGroup"]=>
string(9) "Reference"
["title"]=>
string(52) "Geothermal Energy Resources for Developing Countries"
}
}
["query"]=>
object(stdClass)#114 (5) {
["bindingPriority"]=>
string(54) "PAPE,HARD,PCK,PKCC,PKCD,PKWE,EBK,DVD,CDRM,AUDC,WEB,AUD"
["size"]=>
int(10)
["sort"]=>
object(stdClass)#115 (2) {
["key"]=>
string(21) "SortByPublicationDate"
["direction"]=>
string(10) "Descending"
}
["start"]=>
int(1)
["suggestSpelling"]=>
bool(false)
}
["totalHits"]=>
int(4)
}
