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2. Wat zijn rechtvaardige en haalbare klimaatdoelen voor Nederland?

Author

van Vuuren, Detlef, van Dam, Dick, Dekker, Mark, Oates, Lucy, Tagomori, Isabela, van der Veen, Roel, Würschinger, Chantal, van Vuuren, Detlef, van Dam, Dick, Dekker, Mark, Oates, Lucy, Tagomori, Isabela, van der Veen, Roel, and Würschinger, Chantal

Published
2024

3. Wat zijn rechtvaardige en haalbare klimaatdoelen voor Nederland?

Author

Environmental Sciences, Integr. Assessm. Global Environm. Change, van Vuuren, Detlef, van Dam, Dick, Dekker, Mark, Oates, Lucy, Tagomori, Isabela, van der Veen, Roel, Würschinger, Chantal, Environmental Sciences, Integr. Assessm. Global Environm. Change, van Vuuren, Detlef, van Dam, Dick, Dekker, Mark, Oates, Lucy, Tagomori, Isabela, van der Veen, Roel, and Würschinger, Chantal

Published
2024

5. Klimaat- en Energieverkenning 2023 : ramingen van broeikasgasemissies, energiebesparing en hernieuwbare energie op hoofdlijnen

Author

Hammingh, Pieter, Abels-van Overveld, Marian, Blomjous, Dieuwert, van den Born, Gert Jan, Bours, Lennart, Brink, Corjan, van Dam, Dick, van Dijk, William, Geilenkirchen, Gerben, ’t Hoen, Maarten, van Hout, Marit, Ivanova, Olga, Koelemeijer, Robert, Koutstaal, Paul, Lensink, Sander, van Meerkerk, Jordy, van Minnen, Jelle, van der Molen, Folckert, Nusteling, Amber, Ooms, Eline, Özdemir, Özge, Peters, Jeroen, Plomp, Arjan, van Schijndel, Marian, Schouten, Marc, van Sebille, Martijn, Vethman, Paul, Volkers, Cees, Wetzels, Wouter, Westhoek, Henk, Woolthuis, Rutger, van der Zanden, Emma, Menkveld, Marijke, Gerdes, Joost, Lamboo, Sam, Lenzmann, Frank, Niessink, Robin, van Stralen, Joost, Tigchelaar, Casper, Uslu, Ayla, de Wilde, Hein, Zwamborn, Arjan, Segers, Reinoud, van Bruggen, Cor, Brummelkamp, Sander, Denneman, Arthur, Geurts, Laura, Huffstadt, Haje, Linders, Maria José, Mantel, Sebastiaan, Vrenken, Robbie, Vroom, Jurriën, van Wezel, Bart, van Zanten, Margreet, van der Net, Loes, Arets, Eric, van Baren, Sven, Lesschen, Jan Peter, Hammingh, Pieter, Abels-van Overveld, Marian, Blomjous, Dieuwert, van den Born, Gert Jan, Bours, Lennart, Brink, Corjan, van Dam, Dick, van Dijk, William, Geilenkirchen, Gerben, ’t Hoen, Maarten, van Hout, Marit, Ivanova, Olga, Koelemeijer, Robert, Koutstaal, Paul, Lensink, Sander, van Meerkerk, Jordy, van Minnen, Jelle, van der Molen, Folckert, Nusteling, Amber, Ooms, Eline, Özdemir, Özge, Peters, Jeroen, Plomp, Arjan, van Schijndel, Marian, Schouten, Marc, van Sebille, Martijn, Vethman, Paul, Volkers, Cees, Wetzels, Wouter, Westhoek, Henk, Woolthuis, Rutger, van der Zanden, Emma, Menkveld, Marijke, Gerdes, Joost, Lamboo, Sam, Lenzmann, Frank, Niessink, Robin, van Stralen, Joost, Tigchelaar, Casper, Uslu, Ayla, de Wilde, Hein, Zwamborn, Arjan, Segers, Reinoud, van Bruggen, Cor, Brummelkamp, Sander, Denneman, Arthur, Geurts, Laura, Huffstadt, Haje, Linders, Maria José, Mantel, Sebastiaan, Vrenken, Robbie, Vroom, Jurriën, van Wezel, Bart, van Zanten, Margreet, van der Net, Loes, Arets, Eric, van Baren, Sven, and Lesschen, Jan Peter

Published
2023

6. Klimaat- en Energieverkenning 2022

Author

Hammingh, Pieter, Abels-van Overveld, Marian, van Beijnum, Boris, Blomjous, Dieuwert, Boom, Hidde, van den Born, Gert Jan, Brink, Corjan, Daniëls, Bert, van Dam, Dick, Geilenkirchen, Gerben, Hilbers, Hans, ’t Hoen, Maarten, van Hout, Marit, Ivanova, Olga, Koelemeijer, Robert, Koutstaal, Paul, Lensink, Sander, van Meerkerk, Jordy, van Minnen, Jelle, van der Molen, Folckert, Nauta, Marieke, Nijdam, Durk, Ooms, Eline, Özdemir, Özge, Peters, Jeroen, Plomp, Arjan, van Schijndel, Marian, Schouten, Marc, Smeets, Winand, van Soest, Heleen, Stammes, Inge, Menkveld, Marijke, van Eijk, Emiel, Gerdes, Joost, Kooger, Renee, Lamboo, Sam, Niessink, Robin, Smeekens, Koen, van Stralen, Joost, Tigchelaar, Casper, Usmani, Omar, Segers, Reinoud, Denneman, Arthur, Hage, Julius, Huffstadt, Haje, Keller, Krista, Kremer, Anne Miek, Linders, Maria José, Schenau, Sjoerd, Vrenken, Robbie, Vroom, Jurriën, van Wezel, Bart, Woolthuis, Rutger, van Zanten, Margreet, Honig, Erik, Seip, Marcel, Vonk, Jan, Arets, Eric, Hammingh, Pieter, Abels-van Overveld, Marian, van Beijnum, Boris, Blomjous, Dieuwert, Boom, Hidde, van den Born, Gert Jan, Brink, Corjan, Daniëls, Bert, van Dam, Dick, Geilenkirchen, Gerben, Hilbers, Hans, ’t Hoen, Maarten, van Hout, Marit, Ivanova, Olga, Koelemeijer, Robert, Koutstaal, Paul, Lensink, Sander, van Meerkerk, Jordy, van Minnen, Jelle, van der Molen, Folckert, Nauta, Marieke, Nijdam, Durk, Ooms, Eline, Özdemir, Özge, Peters, Jeroen, Plomp, Arjan, van Schijndel, Marian, Schouten, Marc, Smeets, Winand, van Soest, Heleen, Stammes, Inge, Menkveld, Marijke, van Eijk, Emiel, Gerdes, Joost, Kooger, Renee, Lamboo, Sam, Niessink, Robin, Smeekens, Koen, van Stralen, Joost, Tigchelaar, Casper, Usmani, Omar, Segers, Reinoud, Denneman, Arthur, Hage, Julius, Huffstadt, Haje, Keller, Krista, Kremer, Anne Miek, Linders, Maria José, Schenau, Sjoerd, Vrenken, Robbie, Vroom, Jurriën, van Wezel, Bart, Woolthuis, Rutger, van Zanten, Margreet, Honig, Erik, Seip, Marcel, Vonk, Jan, and Arets, Eric

Published
2022

8. Quality of MALDI-TOF mass spectra in routine diagnostics: results from and international external quality assessment including 36 labs

Author

Cuenod, Aline, Aerni, Martina, Bagutti, Claudia, Bayraktar, Banu, Beisert carneiro, Cynthia, casanova, Carlo, Coste, Alix T., Dambor, Peter, van DAm, DIck, Demirci, Mehmet, Hrabak, Jaroslav, Hurych, Jakub, Jensen, Thoger Gorm, Jost, Geraldine, Kampinga, Greetje A., Kitti, Sonja, Lammens, Christine, lang, Claudia, Lienhard, Reto, Logan, Julie, maffioli, Carola, Mareković, Ivana, Marschal, Matthias, Moran- Gilad, Jacob, Nole, Oliver, Oberle, Michael, Pedersen, Micahel, Pfluger, valentin: Pranghofer Sigrid, Reichl, Julia, Rentenaar, Rob, Riat, Arnaud, Rodriguez- Sanchez, Belen, Willems, Elise, Wootton, Mandy, Ziegler, Dominik, and Egli, Adrian

Subjects
MALDI-TOF mass spectrometry, identification, quality control
Abstract

Applying our workflow adaptations can be helpful for laboratories generating low quality mass spectra. The data acquired in this study suggest that these simple workflow adaptations are not sufficient to reach highest mass spectra quality in all cases, but other factors such as device maintenance may be helpful.

Published
2022

10. Increasing MALDI-TOF mass spectral quality increases the resolution of species identification

Author

Cuénod, Aline, Aerni, Martina, Bagutti, Claudia, Bayraktar, Banu, Carneiro, Cynthia, Casanova, Carlo, Coste, Alix T., Damborg, Peter, van Dam, Dick, Demirci, Mehmet, Hrabak, Jaroslav, Yiğitler, Hurych, Jakub, Kampinga, Greetje A. Logan, Julie, Mareković, Ivana, Marschal, Matthias, Moran-Gilad, Jacob, Nolte, Oliver, Pedersen, Michael, Pflüger, Valentin, Riat, Arnaud, Rodríguez-Sánchez, Belén, Willems, Elise, and Egli, Adrian

Subjects
MALDI-TOF mass spectrometry, identification, quality control
Abstract

We have shown that the laboratory procedures imapct spectral quality. based on the data acquired within this study, we have developed protocols, likely able to increase mass spectral quality. This will be assessed in follow-up measurements at all laboratories.

Published
2021

11. Analyse leefomgevingseffecten : verkiezingsprogramma’s 2021-2025, CDA, D66, GroenLinks, SP, PvdA, ChristenUnie : effecten op: Mobiliteit & bereikbaarheid, Klimaat & energie, Landbouw, voedsel & natuur, Wonen

Author

Folkert, Rob, Hilbers, Hans, Schilder, Frans, Schouten, Marc, Tiktak, Aaldrik, Boezeman, Daan, Hekkenberg, Michiel, ’t Hoen, Maarten, Bakkenes, Michel, Blomjous, Dieuwert, van den Born, Gert Jan, Brink, Corjan, Daalhuizen, Femke, van Dam, Dick, van Dam, Jan, Daniels, Bert, Geilenkirchen, Gerben, Groot, Jolien, Hellegers, Marjon, Hendriks, Jan, van Hinsberg, Arjen, der Hoek, Dirk-Janvan, Hoogervorst, Nico, van Hoorn, Anton, Koelemeijer, Robert, van der Kooij, Petra, Koutstaal, Paul, de Krom, Michiel, Kruitwagen, Sonja, Lennartz, Christian, Lensink, Sander, van Meerkerk, Jordy, van der Molen, Folckert, Muilwijk, Hanneke, Nauta, Marieke, Notenboom, Jos, van Schijndel, Marian, Schotten, Kees, van der Staak, Marieke, Uitbeijerse, Gabrielle, Vries, Anneke, van der Zanden, Emma, van Gerwen, Olav-Jan, van den Brink, Thelma, Arnouts, Rikke, van der Maas, Wim, Menkveld, Marijke, Smekens, Koen, van Stralen, Joost, Tigchelaar, Casper, Wetzels, Wouter, and de Knegt, Bart

Subjects
Biodiversiteit en Beleid, Life Science, Biodiversity and Policy
Abstract

Op verzoek van het CDA, D66, GroenLinks, de SP, de PvdA en de ChristenUnie heeft het PBL hun verkiezingsprogramma’s voor de periode 2021-2025 geanalyseerd op effecten voor de leefomgeving. In het rapport zijn de effecten van maatregelen voor vier thema’s in kaart gebracht: Mobiliteit & bereikbaarheid, Klimaat & energie, Landbouw, voedsel & natuur en Wonen. Er zijn belangrijke verschillen tussen de partijen in de keuze van de maatregelen, de intensiteit van de bijbehorende instrumenten en de effecten op de leefomgeving.

Published
2021

15. Photelectrodes: High-Efficiency InP-Based Photocathode for Hydrogen Production by Interface Energetics Design and Photon Management (Adv. Funct. Mater. 5/2016)

Author

Gao, Lu, primary, Cui, Yingchao, additional, Vervuurt, Rene H. J., additional, van Dam, Dick, additional, van Veldhoven, Rene P. J., additional, Hofmann, Jan P., additional, Bol, Ageeth A., additional, Haverkort, Jos E. M., additional, Notten, Peter H. L., additional, Bakkers, Erik P. A. M., additional, and Hensen, Emiel J. M., additional

Published
2016
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16. High-Efficiency InP-Based Photocathode for Hydrogen Production by Interface Energetics Design and Photon Management

Author

Gao, Lu, primary, Cui, Yingchao, additional, Vervuurt, Rene H. J., additional, van Dam, Dick, additional, van Veldhoven, Rene P. J., additional, Hofmann, Jan P., additional, Bol, Ageeth A., additional, Haverkort, Jos E. M., additional, Notten, Peter H. L., additional, Bakkers, Erik P. A. M., additional, and Hensen, Emiel J. M., additional

Published
2015
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17. Efficient water reduction with gallium phosphide nanowires

Author

Standing, Anthony, primary, Assali, Simone, additional, Gao, Lu, additional, Verheijen, Marcel A., additional, van Dam, Dick, additional, Cui, Yingchao, additional, Notten, Peter H. L., additional, Haverkort, Jos E. M., additional, and Bakkers, Erik P. A. M., additional

Published
2015
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21. High-Efficiency InP-Based Photocathode for Hydrogen Production by Interface Energetics Design and Photon Management.

Author

Gao, Lu, Cui, Yingchao, Vervuurt, Rene H. J., van Dam, Dick, van Veldhoven, Rene P. J., Hofmann, Jan P., Bol, Ageeth A., Haverkort, Jos E. M., Notten, Peter H. L., Bakkers, Erik P. A. M., and Hensen, Emiel J. M.

Subjects
SOLAR energy conversion, PHOTOELECTROCHEMICAL cells, PHOTOCATHODES, HYDROGEN production, SPECTRUM analysis
Abstract

The solar energy conversion efficiency of photoelectrochemical (PEC) devices is usually limited by poor interface energetics, limiting the onset potential, and light reflection losses. Here, a three-pronged approach to obtain excellent performance of an InP-based photoelectrode for water reduction is presented. First, a buried p-n+ junction is fabricated, which shifts the valence band edge favorably with respect to the hydrogen redox potential. Photoelectron spectroscopy substantiates that the shift of the surface photovoltage is mainly determined by the buried junction. Second, a periodic array of InP nanopillars is created at the surface of the photoelectrode to substantially reduce the optical reflection losses. This device displays an unprecedented photocathodic power-saved efficiency of 15.8% for single junction water reduction. Third, a thin TiO2 protection layer significantly increases the stability of the InP-based photoelectrode. Careful design of the interface energetics based on surface photovoltage spectroscopy allows obtaining a PEC cell with stable record performance in water reduction. [ABSTRACT FROM AUTHOR]

Published
2016
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22. High-Efficiency Nanowire Solar Cells with Omnidirectionally Enhanced Absorption Due to Self-Aligned Indium–Tin–Oxide Mie Scatterers

Author

van Dam, Dick, van Hoof, Niels J. J., Cui, Yingchao, van Veldhoven, Peter J., Bakkers, Erik P. A. M., Gómez Rivas, Jaime, and Haverkort, Jos E. M.

Abstract

Photovoltaic cells based on arrays of semiconductor nanowires promise efficiencies comparable or even better than their planar counterparts with much less material. One reason for the high efficiencies is their large absorption cross section, but until recently the photocurrent has been limited to less than 70% of the theoretical maximum. Here we enhance the absorption in indium phosphide (InP) nanowire solar cells by employing broadband forward scattering of self-aligned nanoparticles on top of the transparent top contact layer. This results in a nanowire solar cell with a photovoltaic conversion efficiency of 17.8% and a short-circuit current of 29.3 mA/cm2under 1 sun illumination, which is the highest reported so far for nanowire solar cells and among the highest reported for III–V solar cells. We also measure the angle-dependent photocurrent, using time-reversed Fourier microscopy, and demonstrate a broadband and omnidirectional absorption enhancement for unpolarized light up to 60° with a wavelength average of 12% due to Mie scattering. These results unambiguously demonstrate the potential of semiconductor nanowires as nanostructures for the next generation of photovoltaic devices.

Published
2016
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