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Title: Alcometre: Preventing Drunk Driving via Sensor Technology (sequence unknown), IPRO 351 - Project Plan: IPRO 351 Project Plan F09
Creator: Abdullah, Khairul, Adeola, Olaoluwa, Apampa, Kunle, Arrowood, Renee, Entler, Jason, Geelen, Jeremy, Hwang, Kyu Sung, Liu, Xingshuo, Morales, Eduardo
Date: 2009-12
Description: The purpose of IPRO 351 is to research and develop a device that will be a non- invasive blood alcohol concentration (BAC) meter. Our mission...
Show moreThe purpose of IPRO 351 is to research and develop a device that will be a non- invasive blood alcohol concentration (BAC) meter. Our mission is to provide a safe and accurate BAC device that will help reduce the amount of people who drive while impaired. IPRO 351 has a vision of having a non-invasive biometric blood alcohol ignition interlock device (BBAIID) that can be installed on any vehicle.
Project plan for IPRO 351: Alcometre: Preventing Drunk Driving via Sensor Technology for the fall 2009 semester
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Title: alcometer: AlcometreEnPRO351PosterF09
Creator: Abdullah, Khairul, Adeola, Olaoluwa, Apampa, Kunle, Arrowood, Renee, Braband, Jim, Entler, Jason, Geelen, Jeremy, Sung Hwang, Kyu, Liu, Xingshuo, Morales, Eduardo
Date: 2009, 2009-12
Description: The purpose of IPRO 351 is to research and develop a device that will be a non- invasive blood alcohol concentration (BAC) meter. Our mission...
Show moreThe purpose of IPRO 351 is to research and develop a device that will be a non- invasive blood alcohol concentration (BAC) meter. Our mission is to provide a safe and accurate BAC device that will help reduce the amount of people who drive while impaired. IPRO 351 has a vision of having a non-invasive biometric blood alcohol ignition interlock device (BBAIID) that can be installed on any vehicle.
Deliverables
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Title: alcometer: AlcometreEnPRO351FinalPresentationF09
Creator: Abdullah, Khairul, Adeola, Olaoluwa, Apampa, Kunle, Arrowood, Renee, Braband, Jim, Entler, Jason, Geelen, Jeremy, Sung Hwang, Kyu, Liu, Xingshuo, Morales, Eduardo
Date: 2009, 2009-12
Description: The purpose of IPRO 351 is to research and develop a device that will be a non- invasive blood alcohol concentration (BAC) meter. Our mission...
Show moreThe purpose of IPRO 351 is to research and develop a device that will be a non- invasive blood alcohol concentration (BAC) meter. Our mission is to provide a safe and accurate BAC device that will help reduce the amount of people who drive while impaired. IPRO 351 has a vision of having a non-invasive biometric blood alcohol ignition interlock device (BBAIID) that can be installed on any vehicle.
Deliverables
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Title: alcometer: AlcometreEnPRO351Poster2F09
Creator: Abdullah, Khairul, Adeola, Olaoluwa, Apampa, Kunle, Arrowood, Renee, Braband, Jim, Entler, Jason, Geelen, Jeremy, Sung Hwang, Kyu, Liu, Xingshuo, Morales, Eduardo
Date: 2009, 2009-12
Description: The purpose of IPRO 351 is to research and develop a device that will be a non- invasive blood alcohol concentration (BAC) meter. Our mission...
Show moreThe purpose of IPRO 351 is to research and develop a device that will be a non- invasive blood alcohol concentration (BAC) meter. Our mission is to provide a safe and accurate BAC device that will help reduce the amount of people who drive while impaired. IPRO 351 has a vision of having a non-invasive biometric blood alcohol ignition interlock device (BBAIID) that can be installed on any vehicle.
Deliverables
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Title: alcometer: AlcometreEnPRO351BrochureF09_redacted
Creator: Abdullah, Khairul, Adeola, Olaoluwa, Apampa, Kunle, Arrowood, Renee, Braband, Jim, Entler, Jason, Geelen, Jeremy, Sung Hwang, Kyu, Liu, Xingshuo, Morales, Eduardo
Date: 2009, 2009-12
Description: The purpose of IPRO 351 is to research and develop a device that will be a non- invasive blood alcohol concentration (BAC) meter. Our mission...
Show moreThe purpose of IPRO 351 is to research and develop a device that will be a non- invasive blood alcohol concentration (BAC) meter. Our mission is to provide a safe and accurate BAC device that will help reduce the amount of people who drive while impaired. IPRO 351 has a vision of having a non-invasive biometric blood alcohol ignition interlock device (BBAIID) that can be installed on any vehicle.
Deliverables
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Title: alcometer
Creator: Abdullah, Khairul, Adeola, Olaoluwa, Apampa, Kunle, Arrowood, Renee, Braband, Jim, Entler, Jason, Geelen, Jeremy, Sung Hwang, Kyu, Liu, Xingshuo, Morales, Eduardo
Date: 2009, 2009-12
Description: The purpose of IPRO 351 is to research and develop a device that will be a non- invasive blood alcohol concentration (BAC) meter. Our mission...
Show moreThe purpose of IPRO 351 is to research and develop a device that will be a non- invasive blood alcohol concentration (BAC) meter. Our mission is to provide a safe and accurate BAC device that will help reduce the amount of people who drive while impaired. IPRO 351 has a vision of having a non-invasive biometric blood alcohol ignition interlock device (BBAIID) that can be installed on any vehicle.
Deliverables
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Title: alcometer: AlcometreEnPRO351FinalReportF09
Creator: Abdullah, Khairul, Adeola, Olaoluwa, Apampa, Kunle, Arrowood, Renee, Braband, Jim, Entler, Jason, Geelen, Jeremy, Sung Hwang, Kyu, Liu, Xingshuo, Morales, Eduardo
Date: 2009, 2009-12
Description: The purpose of IPRO 351 is to research and develop a device that will be a non- invasive blood alcohol concentration (BAC) meter. Our mission...
Show moreThe purpose of IPRO 351 is to research and develop a device that will be a non- invasive blood alcohol concentration (BAC) meter. Our mission is to provide a safe and accurate BAC device that will help reduce the amount of people who drive while impaired. IPRO 351 has a vision of having a non-invasive biometric blood alcohol ignition interlock device (BBAIID) that can be installed on any vehicle.
Deliverables
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Title: alcometer: AlcometreEnPRO351ProjectPlanF09
Creator: Abdullah, Khairul, Adeola, Olaoluwa, Apampa, Kunle, Arrowood, Renee, Braband, Jim, Entler, Jason, Geelen, Jeremy, Sung Hwang, Kyu, Liu, Xingshuo, Morales, Eduardo
Date: 2009, 2009-12
Description: The purpose of IPRO 351 is to research and develop a device that will be a non- invasive blood alcohol concentration (BAC) meter. Our mission...
Show moreThe purpose of IPRO 351 is to research and develop a device that will be a non- invasive blood alcohol concentration (BAC) meter. Our mission is to provide a safe and accurate BAC device that will help reduce the amount of people who drive while impaired. IPRO 351 has a vision of having a non-invasive biometric blood alcohol ignition interlock device (BBAIID) that can be installed on any vehicle.
Deliverables
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Title: Robbins Community Power (RCP) (Semester Unknown) IPRO 347: RCPIPRO347PosterF10
Creator: Abankwa, Kevin, Alhassan, Kolade, Apampa, Kunle, Bukowska, Angelika, Drecoll, Daniel, Ernst, William, Ibrahim, Suliman, Jung, Young, Kunkel, Emily, Morton, Stacy, Mulcany, Liam, Munoz, Matthew, Olorunoje, Kamaldeen, Kyeong Park, Bo, Pham, Anne, Singh, Java
Date: 2010, 2010-12
Description: The IPRO 347 team intends to seize the opportunity given by Robbins Community Power (RCP) to improve the efficiency of the power plant. RCP...
Show moreThe IPRO 347 team intends to seize the opportunity given by Robbins Community Power (RCP) to improve the efficiency of the power plant. RCP plans to convert the facility from its original role as an incinerator into a wood biomass electricity plant. Working with RCP, the team will look at thermodynamic values to determine how to best utilize the excess heat generated from the boiler that currently radiates out the cooling towers. Additionally, the team will research and discuss possible solutions to be implemented on the 22 acre site. The intricacies that arise from the nontraditional nature of our plan require we split into two groups. One sub-team will look into exactly where the waste heat exists and the values of viable energy available in the form of steam or hot water. This team will seek interdisciplinary advice as part of the energy analysis. The second, but most influential, sub-team will predominantly be researching feasible outlets for the recovered energy. Some solutions they will pursue include supplying nearby greenhouses with CO2, providing on-site and local heat, and increasing the efficiency of the plant through drying processes.
Sponsorship: Robbins Community Power Plant
Deliverables
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Title: Robbins Community Power (RCP) (Semester Unknown) IPRO 347: RCPIPRO347ProjectPlanF10
Creator: Abankwa, Kevin, Alhassan, Kolade, Apampa, Kunle, Bukowska, Angelika, Drecoll, Daniel, Ernst, William, Ibrahim, Suliman, Jung, Young, Kunkel, Emily, Morton, Stacy, Mulcany, Liam, Munoz, Matthew, Olorunoje, Kamaldeen, Kyeong Park, Bo, Pham, Anne, Singh, Java
Date: 2010, 2010-12
Description: The IPRO 347 team intends to seize the opportunity given by Robbins Community Power (RCP) to improve the efficiency of the power plant. RCP...
Show moreThe IPRO 347 team intends to seize the opportunity given by Robbins Community Power (RCP) to improve the efficiency of the power plant. RCP plans to convert the facility from its original role as an incinerator into a wood biomass electricity plant. Working with RCP, the team will look at thermodynamic values to determine how to best utilize the excess heat generated from the boiler that currently radiates out the cooling towers. Additionally, the team will research and discuss possible solutions to be implemented on the 22 acre site. The intricacies that arise from the nontraditional nature of our plan require we split into two groups. One sub-team will look into exactly where the waste heat exists and the values of viable energy available in the form of steam or hot water. This team will seek interdisciplinary advice as part of the energy analysis. The second, but most influential, sub-team will predominantly be researching feasible outlets for the recovered energy. Some solutions they will pursue include supplying nearby greenhouses with CO2, providing on-site and local heat, and increasing the efficiency of the plant through drying processes.
Sponsorship: Robbins Community Power Plant
Deliverables
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Title: Robbins Community Power (RCP) (Semester Unknown) IPRO 347: RCPIPRO347FinalPresentationF10
Creator: Abankwa, Kevin, Alhassan, Kolade, Apampa, Kunle, Bukowska, Angelika, Drecoll, Daniel, Ernst, William, Ibrahim, Suliman, Jung, Young, Kunkel, Emily, Morton, Stacy, Mulcany, Liam, Munoz, Matthew, Olorunoje, Kamaldeen, Kyeong Park, Bo, Pham, Anne, Singh, Java
Date: 2010, 2010-12
Description: The IPRO 347 team intends to seize the opportunity given by Robbins Community Power (RCP) to improve the efficiency of the power plant. RCP...
Show moreThe IPRO 347 team intends to seize the opportunity given by Robbins Community Power (RCP) to improve the efficiency of the power plant. RCP plans to convert the facility from its original role as an incinerator into a wood biomass electricity plant. Working with RCP, the team will look at thermodynamic values to determine how to best utilize the excess heat generated from the boiler that currently radiates out the cooling towers. Additionally, the team will research and discuss possible solutions to be implemented on the 22 acre site. The intricacies that arise from the nontraditional nature of our plan require we split into two groups. One sub-team will look into exactly where the waste heat exists and the values of viable energy available in the form of steam or hot water. This team will seek interdisciplinary advice as part of the energy analysis. The second, but most influential, sub-team will predominantly be researching feasible outlets for the recovered energy. Some solutions they will pursue include supplying nearby greenhouses with CO2, providing on-site and local heat, and increasing the efficiency of the plant through drying processes.
Sponsorship: Robbins Community Power Plant
Deliverables
Show less

Title: Robbins Community Power (RCP) (Semester Unknown) IPRO 347: RCPIPRO347MidTermPresentationF10
Creator: Abankwa, Kevin, Alhassan, Kolade, Apampa, Kunle, Bukowska, Angelika, Drecoll, Daniel, Ernst, William, Ibrahim, Suliman, Jung, Young, Kunkel, Emily, Morton, Stacy, Mulcany, Liam, Munoz, Matthew, Olorunoje, Kamaldeen, Kyeong Park, Bo, Pham, Anne, Singh, Java
Date: 2010, 2010-12
Description: The IPRO 347 team intends to seize the opportunity given by Robbins Community Power (RCP) to improve the efficiency of the power plant. RCP...
Show moreThe IPRO 347 team intends to seize the opportunity given by Robbins Community Power (RCP) to improve the efficiency of the power plant. RCP plans to convert the facility from its original role as an incinerator into a wood biomass electricity plant. Working with RCP, the team will look at thermodynamic values to determine how to best utilize the excess heat generated from the boiler that currently radiates out the cooling towers. Additionally, the team will research and discuss possible solutions to be implemented on the 22 acre site. The intricacies that arise from the nontraditional nature of our plan require we split into two groups. One sub-team will look into exactly where the waste heat exists and the values of viable energy available in the form of steam or hot water. This team will seek interdisciplinary advice as part of the energy analysis. The second, but most influential, sub-team will predominantly be researching feasible outlets for the recovered energy. Some solutions they will pursue include supplying nearby greenhouses with CO2, providing on-site and local heat, and increasing the efficiency of the plant through drying processes.
Sponsorship: Robbins Community Power Plant
Deliverables
Show less

Title: Robbins Community Power (RCP) (Semester Unknown) IPRO 347
Creator: Abankwa, Kevin, Alhassan, Kolade, Apampa, Kunle, Bukowska, Angelika, Drecoll, Daniel, Ernst, William, Ibrahim, Suliman, Jung, Young, Kunkel, Emily, Morton, Stacy, Mulcany, Liam, Munoz, Matthew, Olorunoje, Kamaldeen, Kyeong Park, Bo, Pham, Anne, Singh, Java
Date: 2010, 2010-12
Description: The IPRO 347 team intends to seize the opportunity given by Robbins Community Power (RCP) to improve the efficiency of the power plant. RCP...
Show moreThe IPRO 347 team intends to seize the opportunity given by Robbins Community Power (RCP) to improve the efficiency of the power plant. RCP plans to convert the facility from its original role as an incinerator into a wood biomass electricity plant. Working with RCP, the team will look at thermodynamic values to determine how to best utilize the excess heat generated from the boiler that currently radiates out the cooling towers. Additionally, the team will research and discuss possible solutions to be implemented on the 22 acre site. The intricacies that arise from the nontraditional nature of our plan require we split into two groups. One sub-team will look into exactly where the waste heat exists and the values of viable energy available in the form of steam or hot water. This team will seek interdisciplinary advice as part of the energy analysis. The second, but most influential, sub-team will predominantly be researching feasible outlets for the recovered energy. Some solutions they will pursue include supplying nearby greenhouses with CO2, providing on-site and local heat, and increasing the efficiency of the plant through drying processes.
Sponsorship: Robbins Community Power Plant
Deliverables
Show less

Title: Robbins Community Power (RCP) (Semester Unknown) IPRO 347: RCPIPRO347FinalReportF10
Creator: Abankwa, Kevin, Alhassan, Kolade, Apampa, Kunle, Bukowska, Angelika, Drecoll, Daniel, Ernst, William, Ibrahim, Suliman, Jung, Young, Kunkel, Emily, Morton, Stacy, Mulcany, Liam, Munoz, Matthew, Olorunoje, Kamaldeen, Kyeong Park, Bo, Pham, Anne, Singh, Java
Date: 2010, 2010-12
Description: The IPRO 347 team intends to seize the opportunity given by Robbins Community Power (RCP) to improve the efficiency of the power plant. RCP...
Show moreThe IPRO 347 team intends to seize the opportunity given by Robbins Community Power (RCP) to improve the efficiency of the power plant. RCP plans to convert the facility from its original role as an incinerator into a wood biomass electricity plant. Working with RCP, the team will look at thermodynamic values to determine how to best utilize the excess heat generated from the boiler that currently radiates out the cooling towers. Additionally, the team will research and discuss possible solutions to be implemented on the 22 acre site. The intricacies that arise from the nontraditional nature of our plan require we split into two groups. One sub-team will look into exactly where the waste heat exists and the values of viable energy available in the form of steam or hot water. This team will seek interdisciplinary advice as part of the energy analysis. The second, but most influential, sub-team will predominantly be researching feasible outlets for the recovered energy. Some solutions they will pursue include supplying nearby greenhouses with CO2, providing on-site and local heat, and increasing the efficiency of the plant through drying processes.
Sponsorship: Robbins Community Power Plant
Deliverables
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Title: Silver Nanoparticles Indicators of Thermal History (Semester Unknown) IPRO 317: SilverNanoParticlesIndicatorsOfThermalHistoryIPRO317EthicsSp09
Creator: Schillaci, Michael, De Nicolo, Marisa, Larkin, Evan, Hammes, Katherine, Peavler, Jennifer, Wicker, Amanda, Arnoux, Christian, Ucci, Russell, Justice, Grant, Konwar, Riju, Pyciak, Mark, Yaker, Farouk, Darwish, Muhammad, Petsod, Jason, Ismail, Malisa, Adejinle, Remi, Kyle, Ryan, Apampa, Kunle, Apyan, Aram, Bijonowski, Brent, Adamczyk, Paul, Muchna, Joseph, Bednarz, Mathew, Mbaegbu, Amaka
Date: 2009, 2009-12
Description: A. The primary purpose of IPRO 317 is to prove the merit of using silver nanorods as a thermal history indicator. The extended purpose of IPRO...
Show moreA. The primary purpose of IPRO 317 is to prove the merit of using silver nanorods as a thermal history indicator. The extended purpose of IPRO 317 is to convert the production of silver nanorods from a batch process to a continuous flow process. B. To accomplish this our team will:  Gain deeper understanding of batch process.  Research continuous flow processes with an emphasis on microreactors 6  Design and simulate a continuous flow process for production of silver nanorods with the aid of a computer simulation software.
Deliverables
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Title: Silver Nanoparticles Indicators of Thermal History (Semester Unknown) IPRO 317
Creator: Schillaci, Michael, De Nicolo, Marisa, Larkin, Evan, Hammes, Katherine, Peavler, Jennifer, Wicker, Amanda, Arnoux, Christian, Ucci, Russell, Justice, Grant, Konwar, Riju, Pyciak, Mark, Yaker, Farouk, Darwish, Muhammad, Petsod, Jason, Ismail, Malisa, Adejinle, Remi, Kyle, Ryan, Apampa, Kunle, Apyan, Aram, Bijonowski, Brent, Adamczyk, Paul, Muchna, Joseph, Bednarz, Mathew, Mbaegbu, Amaka
Date: 2009, 2009-12
Description: A. The primary purpose of IPRO 317 is to prove the merit of using silver nanorods as a thermal history indicator. The extended purpose of IPRO...
Show moreA. The primary purpose of IPRO 317 is to prove the merit of using silver nanorods as a thermal history indicator. The extended purpose of IPRO 317 is to convert the production of silver nanorods from a batch process to a continuous flow process. B. To accomplish this our team will:  Gain deeper understanding of batch process.  Research continuous flow processes with an emphasis on microreactors 6  Design and simulate a continuous flow process for production of silver nanorods with the aid of a computer simulation software.
Deliverables
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Title: Silver Nanoparticles Indicators of Thermal History (Semester Unknown) IPRO 317: SilverNanoParticlesIndicatorsOfThermalHistoryIPRO317PosterSp09
Creator: Schillaci, Michael, De Nicolo, Marisa, Larkin, Evan, Hammes, Katherine, Peavler, Jennifer, Wicker, Amanda, Arnoux, Christian, Ucci, Russell, Justice, Grant, Konwar, Riju, Pyciak, Mark, Yaker, Farouk, Darwish, Muhammad, Petsod, Jason, Ismail, Malisa, Adejinle, Remi, Kyle, Ryan, Apampa, Kunle, Apyan, Aram, Bijonowski, Brent, Adamczyk, Paul, Muchna, Joseph, Bednarz, Mathew, Mbaegbu, Amaka
Date: 2009, 2009-12
Description: A. The primary purpose of IPRO 317 is to prove the merit of using silver nanorods as a thermal history indicator. The extended purpose of IPRO...
Show moreA. The primary purpose of IPRO 317 is to prove the merit of using silver nanorods as a thermal history indicator. The extended purpose of IPRO 317 is to convert the production of silver nanorods from a batch process to a continuous flow process. B. To accomplish this our team will:  Gain deeper understanding of batch process.  Research continuous flow processes with an emphasis on microreactors 6  Design and simulate a continuous flow process for production of silver nanorods with the aid of a computer simulation software.
Deliverables
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Title: Silver Nanoparticles Indicators of Thermal History (Semester Unknown) IPRO 317: SilverNanoParticlesIndicatorsOfThermalHistoryIPRO317ProjectPlanSp09
Creator: Schillaci, Michael, De Nicolo, Marisa, Larkin, Evan, Hammes, Katherine, Peavler, Jennifer, Wicker, Amanda, Arnoux, Christian, Ucci, Russell, Justice, Grant, Konwar, Riju, Pyciak, Mark, Yaker, Farouk, Darwish, Muhammad, Petsod, Jason, Ismail, Malisa, Adejinle, Remi, Kyle, Ryan, Apampa, Kunle, Apyan, Aram, Bijonowski, Brent, Adamczyk, Paul, Muchna, Joseph, Bednarz, Mathew, Mbaegbu, Amaka
Date: 2009, 2009-12
Description: A. The primary purpose of IPRO 317 is to prove the merit of using silver nanorods as a thermal history indicator. The extended purpose of IPRO...
Show moreA. The primary purpose of IPRO 317 is to prove the merit of using silver nanorods as a thermal history indicator. The extended purpose of IPRO 317 is to convert the production of silver nanorods from a batch process to a continuous flow process. B. To accomplish this our team will:  Gain deeper understanding of batch process.  Research continuous flow processes with an emphasis on microreactors 6  Design and simulate a continuous flow process for production of silver nanorods with the aid of a computer simulation software.
Deliverables
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Title: Silver Nanoparticles Indicators of Thermal History (Semester Unknown) IPRO 317: SilverNanoParticlesIndicatorsOfThermalHistoryIPRO317MidTermPresentationSp09
Creator: Schillaci, Michael, De Nicolo, Marisa, Larkin, Evan, Hammes, Katherine, Peavler, Jennifer, Wicker, Amanda, Arnoux, Christian, Ucci, Russell, Justice, Grant, Konwar, Riju, Pyciak, Mark, Yaker, Farouk, Darwish, Muhammad, Petsod, Jason, Ismail, Malisa, Adejinle, Remi, Kyle, Ryan, Apampa, Kunle, Apyan, Aram, Bijonowski, Brent, Adamczyk, Paul, Muchna, Joseph, Bednarz, Mathew, Mbaegbu, Amaka
Date: 2009, 2009-12
Description: A. The primary purpose of IPRO 317 is to prove the merit of using silver nanorods as a thermal history indicator. The extended purpose of IPRO...
Show moreA. The primary purpose of IPRO 317 is to prove the merit of using silver nanorods as a thermal history indicator. The extended purpose of IPRO 317 is to convert the production of silver nanorods from a batch process to a continuous flow process. B. To accomplish this our team will:  Gain deeper understanding of batch process.  Research continuous flow processes with an emphasis on microreactors 6  Design and simulate a continuous flow process for production of silver nanorods with the aid of a computer simulation software.
Deliverables
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Title: Silver Nanoparticles Indicators of Thermal History (Semester Unknown) IPRO 317: SilverNanoParticlesIndicatorsOfThermalHistoryIPRO317FinalReportSp09
Creator: Schillaci, Michael, De Nicolo, Marisa, Larkin, Evan, Hammes, Katherine, Peavler, Jennifer, Wicker, Amanda, Arnoux, Christian, Ucci, Russell, Justice, Grant, Konwar, Riju, Pyciak, Mark, Yaker, Farouk, Darwish, Muhammad, Petsod, Jason, Ismail, Malisa, Adejinle, Remi, Kyle, Ryan, Apampa, Kunle, Apyan, Aram, Bijonowski, Brent, Adamczyk, Paul, Muchna, Joseph, Bednarz, Mathew, Mbaegbu, Amaka
Date: 2009, 2009-12
Description: A. The primary purpose of IPRO 317 is to prove the merit of using silver nanorods as a thermal history indicator. The extended purpose of IPRO...
Show moreA. The primary purpose of IPRO 317 is to prove the merit of using silver nanorods as a thermal history indicator. The extended purpose of IPRO 317 is to convert the production of silver nanorods from a batch process to a continuous flow process. B. To accomplish this our team will:  Gain deeper understanding of batch process.  Research continuous flow processes with an emphasis on microreactors 6  Design and simulate a continuous flow process for production of silver nanorods with the aid of a computer simulation software.
Deliverables
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