Spin-exchange rates in electron–hydrogen collisions von Furlanetto, Steven R., Furlanetto, Michael R.

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Spin exchange rates in proton–hydrogen collisions von Furlanetto, Steven R., Furlanetto, Michael R.

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Vibrational spectroscopy of anions by stimulated Raman pumping–photoelectron spectroscopy von Furlanetto, Michael R, Pivonka, Nicholas L, Lenzer, Thomas, Neumark, Daniel M

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Photoelectron spectroscopy of XenI- clusters (n ≤ 13) von PIVONKA, Nicholas L, LENZER, Thomas, FURLANETTO, Michael R, NEUMARK, Daniel M

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Spin exchange rates in proton-hydrogen collisions von Furlanetto, Steven R., Furlanetto, Michael R.

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Spin-exchange rates in electron-hydrogen collisions von Furlanetto, Steven R., Furlanetto, Michael R.

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A data-driven approach for determining time of initial movement in shock experiments using photonic Doppler velocimetry von Howard, Marylesa, Diaz, Abel, Briggs, Matthew E., Crawford, Kristen, Dolan, D. H., Furlanetto, Michael R., Furnish, Michael D., Holtkamp, David B., Lone, B. M. La, Strand, Oliver T., Stevens, Gerald D., Tunnell, Thomas W.

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Anion photoelectron spectroscopy of C5H von Sheehan, Sean M., Parsons, Bradley F., Yen, Terry A., Furlanetto, Michael R., Neumark, Daniel M.

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Anion photoelectron spectroscopy of C(5)H(-) von Sheehan, Sean M, Parsons, Bradley F, Yen, Terry A, Furlanetto, Michael R, Neumark, Daniel M

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Anion photoelectron spectroscopy of C 5 H von Sheehan, Sean M., Parsons, Bradley F., Yen, Terry A., Furlanetto, Michael R., Neumark, Daniel M.

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Zero electron kinetic energy spectroscopy of the ArCl− anion von Lenzer, Thomas, Yourshaw, Ivan, Furlanetto, Michael R., Reiser, Georg, Neumark, Daniel M.

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A Data-Driven Approach for Determining Time of Initial Movement in Shock Experiments Using Photonic Doppler Velocimetry von Howard, Marylesa, Diaz, Abel, Dolan, D. G., Briggs, Matthew E., Crawford, Kristen, Furlanetto, Michael R., Furnish, Michael D., Holtkamp, David Bruce, LaLone, B. M., Strand, Oliver T., Stevens, Gerald D., Tunnell, Thomas W.

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Characterization of ArnCl(−) clusters (n=2–15) using zero electron kinetic energy and partially discriminated threshold photodetachment spectroscopy von Lenzer, Thomas, Yourshaw, Ivan, Furlanetto, Michael R., Pivonka, Nicholas L., Neumark, Daniel M.

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Temperature measurements of partially-melted tin as a function of shock pressure von Seifter, Achim, Furlanetto, Michael R, Holtkamp, David B, Obst, Andrew W, Payton, J R, Stone, J B, Tabaka, L J, Grover, M, Macrum, G, Stevens, G D, Swift, D C, Turley, W D, Veeser, L R

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Zero electron kinetic energy and photoelectron spectroscopy of the XeI− anion von Lenzer, Thomas, Furlanetto, Michael R., Asmis, Knut R., Neumark, Daniel M.

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Zero electron kinetic energy and threshold photodetachment spectroscopy of XenI− clusters (n=2–14): Binding, many-body effects, and structures von Lenzer, Thomas, Furlanetto, Michael R., Pivonka, Nicholas L., Neumark, Daniel M.

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Zero electron kinetic energy spectroscopy of the XeCl− anion von Lenzer, Thomas, Yourshaw, Ivan, Furlanetto, Michael R., Pivonka, Nicholas L., Neumark, Daniel M.

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Photoelectron spectroscopy of Xe nI − clusters ( n⩽13) von Pivonka, Nicholas L., Lenzer, Thomas, Furlanetto, Michael R., Neumark, Daniel M.

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A hidden population of active galactic nuclei can explain the overabundance of luminous z > 10 objects observed by JWST von Hegde, Sahil, Wyatt, Michael M., Furlanetto, Steven R.

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LIMFAST. II. Line Intensity Mapping as a Probe of High-redshift Galaxy Formation von Sun, Guochao, Mas-Ribas, Lluís, Chang, Tzu-Ching, Furlanetto, Steven R., Mebane, Richard H., Gonzalez, Michael O., Parsons, Jasmine, Trapp, A. C.

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