48ddf5a9aadef19d00a4cfa7387872f2
Array
(
[publishedTime] => 2024-12-06 11:26:18
[idp] => 1209
[resumen] => Investigadores de la Universidad de Australia del Sur han desarrollado un método para aumentar la evaporación del agua de mar mediante la introducción de minerales de arcilla en un evaporador hidrogel fototérmico flotante. Esto ha logrado un aumento del 18,8% en la evaporación del agua de mar en comparación con el agua pura. La tecnología utiliza evaporación solar interfacial y puede ser adaptada a sistemas de desalinización existentes. Se estima que más de 17.000 plantas desalinizadoras pueden beneficiarse de esta tecnología, lo que podría proporcionar agua potable a millones de personas.
[title] => Científicos australianos han desarrollado un nuevo método para hacer que el agua de mar se evapore más rápido que el agua dulce > podría proporcionar agua potable a millones de personas
[respuesta] => Introducir minerales de arcilla en un evaporador hidrogel fototérmico flotante aumenta la evaporación del agua de mar un 18,8% en comparación con el agua pura
[what] => Método para hacer que el agua de mar se evapore más rápido que el agua dulce
[image] =>
[lang] => es
[uid] => 48ddf5a9aadef19d00a4cfa7387872f2
[status] => 8
[respuesta_en_titulo] => 8
[conceptos_principales_resumen] => Array
(
[0] => evaporación solar interfacial
[1] => minerales de arcilla
[2] => evaporador hidrogel fototérmico flotante
[3] => aumento del 18,8% en la evaporación del agua de mar
[4] => más de 17.000 plantas desalinizadoras
)
[categoria] => Científica
[prompt_DALLY] => Illustrate a floating photothermal hydrogel evaporator with clay minerals in seawater
[clickbait] => 6
[a_urlDominio] =>
[dominio] => ecoinventos.com
[urlDominio] => https://ecoinventos.com/nuevo-metodo-para-hacer-que-el-agua-de-mar-se-evapore-mas-rapido-que-el-agua-dulce/#:~:text=evaporación%20solar%20interfacial
)
Array
(
[QCUID] => 48ddf5a9aadef19d00a4cfa7387872f2
)
Array
(
[LSPHP_ENABLE_USER_INI] => on
[PATH] => /usr/local/bin:/usr/bin:/bin
[TEMP] => /tmp
[TMP] => /tmp
[TMPDIR] => /tmp
[PWD] => /
[HTTP_ACCEPT] => */*
[HTTP_ACCEPT_ENCODING] => gzip, br, zstd, deflate
[CONTENT_LENGTH] => 0
[HTTP_COOKIE] => care_did=4065eff4-871c-4488-985e-9b8d6b832a43
[HTTP_HOST] => r2100.com
[HTTP_USER_AGENT] => Mozilla/5.0 AppleWebKit/537.36 (KHTML, like Gecko; compatible; ClaudeBot/1.0; +claudebot@anthropic.com)
[HTTP_X_HTTPS] => 1
[REDIRECT_UNIQUE_ID] => Z29Pdo_8AMxl8CJHijfezwAAPH8
[REDIRECT_QS_ConnectionId] => 173534808685547987831934
[REDIRECT_SCRIPT_URL] => /Ciencia/cientificos-australianos-han-desarrollado-un-nuevo-metodo-para-hacer-que-el-agua-de-mar-se-evapore-mas-rapido-que-el-agu_48ddf5a9aadef19d00a4cfa7387872f2
[REDIRECT_SCRIPT_URI] => https://r2100.com/Ciencia/cientificos-australianos-han-desarrollado-un-nuevo-metodo-para-hacer-que-el-agua-de-mar-se-evapore-mas-rapido-que-el-agu_48ddf5a9aadef19d00a4cfa7387872f2
[REDIRECT_HTTPS] => on
[REDIRECT_SSL_TLS_SNI] => r2100.com
[REDIRECT_HTTP2] => on
[REDIRECT_H2PUSH] => off
[REDIRECT_H2_PUSH] => off
[REDIRECT_H2_PUSHED] =>
[REDIRECT_H2_PUSHED_ON] =>
[REDIRECT_H2_STREAM_ID] => 1
[REDIRECT_H2_STREAM_TAG] => 831934-687-1
[REDIRECT_STATUS] => 200
[UNIQUE_ID] => Z29Pdo_8AMxl8CJHijfezwAAPH8
[QS_ConnectionId] => 173534808685547987831934
[SCRIPT_URL] => /Ciencia/cientificos-australianos-han-desarrollado-un-nuevo-metodo-para-hacer-que-el-agua-de-mar-se-evapore-mas-rapido-que-el-agu_48ddf5a9aadef19d00a4cfa7387872f2
[SCRIPT_URI] => https://r2100.com/Ciencia/cientificos-australianos-han-desarrollado-un-nuevo-metodo-para-hacer-que-el-agua-de-mar-se-evapore-mas-rapido-que-el-agu_48ddf5a9aadef19d00a4cfa7387872f2
[HTTPS] => on
[SSL_TLS_SNI] => r2100.com
[HTTP2] => on
[H2PUSH] => off
[H2_PUSH] => off
[H2_PUSHED] =>
[H2_PUSHED_ON] =>
[H2_STREAM_ID] => 1
[H2_STREAM_TAG] => 831934-687-1
[SERVER_SIGNATURE] =>
[SERVER_SOFTWARE] => Apache
[SERVER_NAME] => r2100.com
[SERVER_ADDR] => 67.20.114.105
[SERVER_PORT] => 443
[REMOTE_ADDR] => 3.145.89.181
[DOCUMENT_ROOT] => /home4/liquidm1/public_html/r2100
[REQUEST_SCHEME] => https
[CONTEXT_PREFIX] =>
[CONTEXT_DOCUMENT_ROOT] => /home4/liquidm1/public_html/r2100
[SERVER_ADMIN] => webmaster@r2100.liquidmon.com
[SCRIPT_FILENAME] => /home4/liquidm1/public_html/r2100/ca.php
[REMOTE_PORT] => 11960
[REDIRECT_URL] => /Ciencia/cientificos-australianos-han-desarrollado-un-nuevo-metodo-para-hacer-que-el-agua-de-mar-se-evapore-mas-rapido-que-el-agu_48ddf5a9aadef19d00a4cfa7387872f2
[REDIRECT_QUERY_STRING] => QCUID=48ddf5a9aadef19d00a4cfa7387872f2
[SERVER_PROTOCOL] => HTTP/2.0
[REQUEST_METHOD] => GET
[QUERY_STRING] => QCUID=48ddf5a9aadef19d00a4cfa7387872f2
[REQUEST_URI] => /Ciencia/cientificos-australianos-han-desarrollado-un-nuevo-metodo-para-hacer-que-el-agua-de-mar-se-evapore-mas-rapido-que-el-agu_48ddf5a9aadef19d00a4cfa7387872f2
[SCRIPT_NAME] => /ca.php
[PHP_SELF] => /ca.php
[REQUEST_TIME_FLOAT] => 1735348086.8711
[REQUEST_TIME] => 1735348086
[argv] => Array
(
[0] => QCUID=48ddf5a9aadef19d00a4cfa7387872f2
)
[argc] => 1
)