CDE_properties.jsonl

{"_id":{"$oid":"5f1ff759996869675038bdd1"},"device_characteristics":{"voc":{"raw_value":"851 ± 20","raw_units":"(mV)","value":[851.0],"std_value":[0.851],"units":"(10^-3.0) * Volt^(1.0)","std_units":"Volt^(1.0)","error":20.0,"std_error":0.02,"specifier":"Voc"},"jsc":{"raw_value":"18.26 ± 1.26","raw_units":"(mAcm−2)","value":[18.26],"std_value":[182.60000000000005],"units":"(10^1.0) * Ampere^(1.0)  Meter^(-2.0)","std_units":"Ampere^(1.0)  Meter^(-2.0)","error":1.26,"std_error":12.600000000000001,"specifier":"Jsc"},"ff":{"raw_value":"60.54 ± 2.32","raw_units":"(%)","value":[60.54],"std_value":[60.54],"units":"Percent^(1.0)","std_units":"Percent^(1.0)","error":2.32,"std_error":2.32,"specifier":"FF"},"pce":{"raw_value":"9.42 ± 0.86","raw_units":"(%)","value":[9.42],"std_value":[9.42],"units":"Percent^(1.0)","std_units":"Percent^(1.0)","error":0.86,"std_error":0.86,"specifier":"PCE"}},"psc_material_components":{"perovskite":{"specifier":"perovskite","raw_value":"CH3NH3PbI3","contextual":"document","formula":"CH3NH3PbI3"}},"device_metrology":{"solar_simulator":{"raw_value":"100","raw_units":"mWcm−2)","value":[100.0],"std_value":[1000.0000000000001],"units":"(10^1.0) * Meter^(-2.0)  Watt^(1.0)","std_units":"Meter^(-2.0)  Watt^(1.0)","specifier":"illumination","spectra":"AM 1.5","contextual":"document","derived_value":[1000.0],"derived_units":"WattPerMeterSquared^(1.0)","derived_error":100.0}},"psc_material_metrology":{},"table_data":{"caption":" Photovoltaic parameters extracted from J-V curves of hole transport material free CH3NH3PbI3 solar cells prepared from PbI2 films with different treatment under standard AM1.5 illumination. ","first_columns":{"\u003cno-heading0\u003e":"W/O"}},"device_reference":{},"article_info":{"publisher":"© 2016 Elsevier B.V. All rights reserved.","journal":"Journal of Power Sources","date":"2016-04-18","language":"","volume":"319","issue":"0378-7753","firstpage":"111","lastpage":"115","doi":"10.1016/j.jpowsour.2016.04.062","pdf_url":"","html_url":"https://sciencedirect.com/science/article/pii/S0378775316304256","title":"Enhanced performance in hole transport material free perovskite solar cells via morphology control of PbI2 film by solvent treatment","authors":["Nian Cheng","Pei Liu","Sihang Bai","Zhenhua Yu","Wei Liu","Shi-Shang Guo","Xing-Zhong Zhao"]}}
{"_id":{"$oid":"5f1ff759996869675038bdd2"},"device_characteristics":{"voc":{"raw_value":"859 ± 15","raw_units":"(mV)","value":[859.0],"std_value":[0.859],"units":"(10^-3.0) * Volt^(1.0)","std_units":"Volt^(1.0)","error":15.0,"std_error":0.015,"specifier":"Voc"},"jsc":{"raw_value":"20.24 ± 0.75","raw_units":"(mAcm−2)","value":[20.24],"std_value":[202.39999999999995],"units":"(10^1.0) * Ampere^(1.0)  Meter^(-2.0)","std_units":"Ampere^(1.0)  Meter^(-2.0)","error":0.75,"std_error":7.500000000000001,"specifier":"Jsc"},"ff":{"raw_value":"60.90 ± 2.02","raw_units":"(%)","value":[60.9],"std_value":[60.9],"units":"Percent^(1.0)","std_units":"Percent^(1.0)","error":2.02,"std_error":2.02,"specifier":"FF"},"pce":{"raw_value":"10.59 ± 0.58","raw_units":"(%)","value":[10.59],"std_value":[10.59],"units":"Percent^(1.0)","std_units":"Percent^(1.0)","error":0.58,"std_error":0.58,"specifier":"PCE"}},"psc_material_components":{"perovskite":{"specifier":"perovskite","raw_value":"CH3NH3PbI3","contextual":"document","formula":"CH3NH3PbI3"}},"device_metrology":{"solar_simulator":{"raw_value":"100","raw_units":"mWcm−2)","value":[100.0],"std_value":[1000.0000000000001],"units":"(10^1.0) * Meter^(-2.0)  Watt^(1.0)","std_units":"Meter^(-2.0)  Watt^(1.0)","specifier":"illumination","spectra":"AM 1.5","contextual":"document","derived_value":[1000.0],"derived_units":"WattPerMeterSquared^(1.0)","derived_error":80.0}},"psc_material_metrology":{},"table_data":{"caption":" Photovoltaic parameters extracted from J-V curves of hole transport material free CH3NH3PbI3 solar cells prepared from PbI2 films with different treatment under standard AM1.5 illumination. ","first_columns":{"\u003cno-heading0\u003e":"IPA"}},"device_reference":{},"article_info":{"publisher":"© 2016 Elsevier B.V. All rights reserved.","journal":"Journal of Power Sources","date":"2016-04-18","language":"","volume":"319","issue":"0378-7753","firstpage":"111","lastpage":"115","doi":"10.1016/j.jpowsour.2016.04.062","pdf_url":"","html_url":"https://sciencedirect.com/science/article/pii/S0378775316304256","title":"Enhanced performance in hole transport material free perovskite solar cells via morphology control of PbI2 film by solvent treatment","authors":["Nian Cheng","Pei Liu","Sihang Bai","Zhenhua Yu","Wei Liu","Shi-Shang Guo","Xing-Zhong Zhao"]}}
{"_id":{"$oid":"5f1ff759996869675038bdd3"},"device_characteristics":{"voc":{"raw_value":"868 ± 20","raw_units":"(mV)","value":[868.0],"std_value":[0.868],"units":"(10^-3.0) * Volt^(1.0)","std_units":"Volt^(1.0)","error":20.0,"std_error":0.02,"specifier":"Voc"},"jsc":{"raw_value":"20.28 ± 0.88","raw_units":"(mAcm−2)","value":[20.28],"std_value":[202.79999999999998],"units":"(10^1.0) * Ampere^(1.0)  Meter^(-2.0)","std_units":"Ampere^(1.0)  Meter^(-2.0)","error":0.88,"std_error":8.8,"specifier":"Jsc"},"ff":{"raw_value":"62.33 ± 2.00","raw_units":"(%)","value":[62.33],"std_value":[62.33],"units":"Percent^(1.0)","std_units":"Percent^(1.0)","error":2.0,"std_error":2.0,"specifier":"FF"},"pce":{"raw_value":"10.97 ± 0.67","raw_units":"(%)","value":[10.97],"std_value":[10.97],"units":"Percent^(1.0)","std_units":"Percent^(1.0)","error":0.67,"std_error":0.67,"specifier":"PCE"}},"psc_material_components":{"perovskite":{"specifier":"perovskite","raw_value":"CH3NH3PbI3","contextual":"document","formula":"CH3NH3PbI3"}},"device_metrology":{"solar_simulator":{"raw_value":"100","raw_units":"mWcm−2)","value":[100.0],"std_value":[1000.0000000000001],"units":"(10^1.0) * Meter^(-2.0)  Watt^(1.0)","std_units":"Meter^(-2.0)  Watt^(1.0)","specifier":"illumination","spectra":"AM 1.5","contextual":"document","derived_value":[1000.0],"derived_units":"WattPerMeterSquared^(1.0)","derived_error":80.0}},"psc_material_metrology":{},"table_data":{"caption":" Photovoltaic parameters extracted from J-V curves of hole transport material free CH3NH3PbI3 solar cells prepared from PbI2 films with different treatment under standard AM1.5 illumination. ","first_columns":{"\u003cno-heading0\u003e":"CB"}},"device_reference":{},"article_info":{"publisher":"© 2016 Elsevier B.V. All rights reserved.","journal":"Journal of Power Sources","date":"2016-04-18","language":"","volume":"319","issue":"0378-7753","firstpage":"111","lastpage":"115","doi":"10.1016/j.jpowsour.2016.04.062","pdf_url":"","html_url":"https://sciencedirect.com/science/article/pii/S0378775316304256","title":"Enhanced performance in hole transport material free perovskite solar cells via morphology control of PbI2 film by solvent treatment","authors":["Nian Cheng","Pei Liu","Sihang Bai","Zhenhua Yu","Wei Liu","Shi-Shang Guo","Xing-Zhong Zhao"]}}
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