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[null,null,"Project Management Plan (PMP)"]
[]
[]
[null,null,null,"Project Information",null,null,"Performer Information"]
[null,null,null,"FOA Number:","DE-FOA-000XXXX",null,"Number:",1,{"$nulls":5},2,{"$nulls":6},3]
[null,null,null,"Project Title:","High Efficiency, Solution-Processable Organic Photovoltaics Based on Earth Abundant Charge-Recombination Interlayers",null,"Organization:","Lead Institution",{"$nulls":5},"Institution 2",{"$nulls":6},"Institution 3"]
[{"$nulls":6},"Point of Contact:","James Maxwell",{"$nulls":5},"Josef Stefan",{"$nulls":6},"Thomas Young"]
[{"$nulls":6},"E-mail Address:","james.maxwell@e3devices.com",{"$nulls":5},"josef.stefan@inst2.com",{"$nulls":6},"thomas.young@inst3.com"]
[{"$nulls":6},"Phone Number:","(555) 555-7743",{"$nulls":5},"(571) 222-2172",{"$nulls":6},"(112) 358-1321"]
[]
[null,null,"Budget Period","SOPO Item Identification Number","Item Description","Tool(s) and/or Method(s) of Measurement","Item Performer ","Planned"]
[{"$nulls":7},"Start Date",2012,null,null,null,2013,null,null,null,2014,null,null,null,2015,null,null,null,"End Date"]
[{"$nulls":8},"Q1","Q2","Q3","Q4","Q1","Q2","Q3","Q4","Q1","Q2","Q3","Q4","Q1","Q2","Q3","Q4"]
[null,null,1,"T-1","Synthesis development of colloidal nanoparticles","Colloidal Synthesis, TEM, XPS, UV-Vis, TGA",1,"2012-10-01",null,null,null,"X","X","X",{"$nulls":10},"2013-06-30"]
[null,null,1,"ST-1.1","Synthesize ~6 nm diameter iron oxide nanoparticles.","Colloidal Synthesis",1,"2012-10-01",null,null,null,"X","X","X",{"$nulls":10},"2013-06-30"]
[null,null,1,"ST-1.2","Develop synthesis of iron oxide nanoparticles of varying diameter (4, 6, 8, and 10 nm).","Colloidal Synthesis",1,"2013-01-01",{"$nulls":4},"X","X",{"$nulls":10},"2013-06-30"]
[null,null,1,"M (T-1)","Development of four procedures for the syntheses of iron oxide nanoparticles of varying diameter (4, 6, 8, and 10 nm, +/- 1 nm). ","TEM, XPS, UV-Vis, TGA",1,"N/A",{"$nulls":5},"X",{"$nulls":10},"2013-06-30"]
[null,null,1,"T-2","Interface energetics optimization of nanoparticle/organic interface","Photoemission Techniques (UPS, IPES)","1 & 2","2013-07-01",{"$nulls":6},"X","X","X",{"$nulls":7},"2014-03-31"]
[null,null,1,"ST-2.1","Determine work function, ionization potential, and electron affinity of iron oxide nanoparticles of different sizes.","Photoemission Techniques (UPS, IPES)",2,"2013-07-01",{"$nulls":6},"X","X",{"$nulls":8},"2013-12-31"]
[" ",null,1,"ST-2.2","Develop a model for organic/nanoparticle/organic interface energetics.","Photoemission Techniques (UPS, IPES)",2,"2013-10-01",{"$nulls":7},"X","X",null," ",{"$nulls":5},"2014-03-31"]
[null,null,1,"M (T-2)","Selection of a nanoparticle system that allows for favorable device operation based upon the band-edge offset diagram generated from experimental data. ","Document","1 & 2","N/A",{"$nulls":8},"X",null," ",{"$nulls":5},"2014-03-31"]
[null,null,1,"G/NG-1","Identify the acceptor/iron oxide nanoparticle/donor system that will lead to the band-edge offset system for favorable device operation.","Publication","1 & 2","N/A",{"$nulls":8},"X",{"$nulls":7},"2014-03-31"]
[null,null,2,"T-3","Lab-scale nanoparticle thin-film deposition protocol","R2R Applicator, SEM, 4-point Probe, Device","1 & 3","2014-04-01",{"$nulls":9},"X","X","X","X",null,null,null,"2015-03-31"]
[null,null,2,"ST-3.1","Retrofit roll-to-roll (R2R) applicator with new liquid volume delivery systems and UV curing lamps.","R2R Applicator",3,"2014-04-01",{"$nulls":9},"X","X",{"$nulls":5},"2014-09-30"]
[null,null,2,"ST-3.2","Calibrate nanoparticle solution volume delivery.","SEM",3,"2014-04-01",{"$nulls":9},"X","X",{"$nulls":5},"2014-09-30"]
[null,null,2,"M (ST-3.2)","Deposition of nanoparticle solution over a meter-wide flexible substrate to give a 10 nm thick film, +/- 2 nm.","R2R Applicator",3,"2014-07-01",{"$nulls":10},"X",{"$nulls":5},"2014-09-30"]
[null,null,2,"ST-3.3","Measure a variety of nanoparticle thin-films via four-point probe measurements and optimize the system to obtain sheet resistance values of < 100 ohms/sq. ","4-point Probe","1 & 3","2014-10-01",{"$nulls":11},"X","X",null,null,null,"2015-03-31"]
[null,null,2,"M (ST-3.3)","Demonstrate optimized film with both deposition of a 10 nm +/- 2 nm thin-film based on iron oxide nanoparticles of chosen size, and with a sheet resistance < 100 ohms/sq. over a substrate that is at least a meter wide.","Device","1 & 3","N/A",{"$nulls":12},"X",null,null,null,"2015-03-31"]
[null,null,2,"T-4","Lab-scale nanoparticle thin-film deposition optimization ","I-V Characterization, R2R Applicator, Device","1 & 3","2015-01-01",{"$nulls":12},"X","X","X",null,"2015-09-30"]
[null,null,2,"ST-4.1","Fabricate R2R devices with 1.0 cm2 device area and at least 10% in-house certified device efficiencies.","I-V Characterization, R2R Applicator","1 & 3","2015-01-01",{"$nulls":12},"X","X",null,null,"2015-06-30"]
[null,null,2,"ST-4.2","Fabricate R2R sub-modules with a device area of 225 cm2 and an efficiency of at least 6%, in-house certified.","I-V Characterization, R2R Applicator","1 & 3","2015-04-01",{"$nulls":13},"X",null,null,"2015-06-30"]
[null,null,2,"ST-4.3","Obtain device (1.0 cm2) and sub-module (225 cm2) National Renewable Energy Laboratory (NREL) certified efficiencies of at least 10% and 6%, respectively.","Device","1 & 3","2015-04-01",{"$nulls":13},"X","X",null,"2015-09-30"]
[null,null,2,"M (T-4)","A 1.0 cm2 device with an NREL certified efficiency of 9.5% under standard testing conditions (ASTM G173).","Device","1 & 3","N/A",{"$nulls":14},"X",null,"2015-09-30"]
[null,null,2,"FD-1","A tandem organic photovoltaic device (1.0 cm2) with an NREL certified efficiency of 10%.","Device","1, 2 & 3","N/A",{"$nulls":14},"X",null,"2015-09-30"]
[null,null,2,"FD-2","A tandem organic photovoltaic sub-module (225 cm2) with an NREL certified efficiency of 6%.","Device","1, 2 & 3","N/A",{"$nulls":14},"X",null,"2015-09-30"]
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