(b)-5 Sample Clauses
(b)-5. The SEC Documents do not include any untrue statements of material fact, nor do they omit to state any material fact required to be stated therein necessary to make the statements made, in light of the circumstances under which they were made, not misleading.
(b)-5. The OTC Markets/SEC Documents do not include any untrue statements of material fact, nor do they omit to state any material fact required to be stated therein necessary to make the statements made, in light of the circumstances under which they were made, not misleading.
(b)-5. None of the representations and warranties in this Agreement, any certificate to be furnished to the Buyer at Closing or the SEC Documents included (or will include in the case of the Closing Certificate) any untrue statements of material fact, or omits (or will omit in the case of the Closing Certificate) to state any material fact required to be stated therein necessary to make the statements made, in light of the circumstances under which they were made, not misleading.
(b)-5. Neither the Transaction Documents nor the SEC Documents include any untrue statements of material fact, nor do they omit to state any material fact required to be stated therein necessary to make the statements made, in light of the circumstances under which they were made, not misleading.
(b)-5. The SEC Documents do not, and did not at the time of their filing, include any untrue statements of material fact, nor do they, nor did they at the time of their filing, omit to state any material fact required to be stated therein necessary to make the statements made, in light of the circumstances under which they were made, not misleading.
(b)-5. The SEC Documents do not include, and did not include at the time they were filed with the SEC, any untrue statements of material fact, nor do they omit to state any material fact required to be stated therein necessary to make the statements made, in light of the circumstances under which they were made, not misleading. No other information provided by or on behalf of the Company to the Buyers which is not included in the SEC Documents, including, without limitation, information referred to in Section 2(i) of this Agreement, contains any untrue statement of a material fact or omits to state any material fact necessary in order to make the statements therein, in the light of the circumstance under which they are or were made and not misleading.
(b)-5. Scatter plots of light signal amplitudes vs. heat signal amplitudes (calibrated in energy) for a CdWO4 (left) and a ZnSe crystal l(right). Alpha and gamma/beta events lie in different bands [Pir08]. The ability to tag alpha particles is a formidable asset in the search for DBD in high Q-value candidates. In fact, the energy region above 2615 keV is dominated by alpha particles. The experience of Xxxxxxxxx shows clearly that energy-degraded alphas, emitted by the material surfaces facing the detectors or by the detector surfaces themselves, populate the spectral region between 2.5 and 4 MeV with a dangerous continuum, which would surely be the dominant background component for high-Q- value DBD candidates. Hence, the power of scintillating bolometers. Since the alpha QF is generally much lower than unity (with at least one significant exception, as discussed below), while the bolometric response is substantially independent of the nature of the interacting particle, it is clear that the simultaneous detection of scintillation light and heat signals, and the comparison of the respective amplitudes, produces a powerful tool for α/β discrimination. As an example, Fig. B-5 (left) reports the results achieved with a 430 g CdWO4 bolometer operated in the Gran Sasso laboratory [Pir08], in the framework of of JRA2, UE financed, ILIAS Work Package. The figure shows, without need of additional comments, that the combination of a high Q-value candidate with a scintillating bolometer represents at the moment the best approximation to a zero- background experiment with high energy resolution and almost 100% efficiency, due to the coincidence of the source with the detector. In addition to CdWO4, several scintillating crystals were preliminary tested with success. In particular, ZnSe showed a QF higher than 1, as shown in Fig. B-5 (right). This compound will be extensively discussed in the following for its high potential, in spite of this odd behaviour. During the R&D carried on with ZnSe scintillating bolometers aiming at alpha rejection, an additional interesting feature emerged, capable to increase further the α/β separation power. There was evidence that pulse shape discrimination can help in tagging alpha particles both in the heat and in the light channel. Appreciable differences in the full pulse evolution, at a first approximation reducible to a shorter decay time for the alpha signal in both channels, show up clearly. It is possible then to anticipate that the ...