WILMINGTON, MA — Nearly 1,500 Wilmington voters pulled Republican ballots for the State Primary Election on Tuesday, September 4. Below are how they voted:Contested RacesU.S. Senate Candidate Geoff Diehl (861 votes, 61%) soundly defeated John Kingston (368 votes, 26%) and Beth Linstrom (187 votes, 13%). 71 voters opted to leave a blank, while another 7 chose to write in a candidate.Governor Charlie Baker (815 votes) beat Scott Lively (653 votes), 55.5% to 44.5%. 24 voters opted to leave a blank, while another 2 chose to write in a candidate.State Attorney General candidate James McMahon (730 votes) defeated Daniel Shores (471 votes), 61% to 39%. 290 voters opted to leave a blank, while another 3 chose to write in a candidate.State Representative candidate Pina Prinzivalli (751 votes) easily defeated Erin Buckley (351 votes), 68% to 32%. This was technically a contested race, but Buckley withdrew several weeks ago. Due to the timing of her withdrawal, her name remained on the ballot. 136 voters opted to leave a blank, while another 5 chose to write in a candidate.Uncontested RacesState Senator Bruce Tarr received 1172 votes. 312 voters opted to leave a blank, while another 10 chose to write in a candidate.Secretary of State candidate Anthony Amore received 1043 votes. 436 voters opted to leave a blank, while another 15 chose to write in a candidate.Lt. Governor Karyn Polito received 1027 votes. 437 voters opted to leave a blank, while another 30 chose to write in a candidate.State Treasurer candidate Keiko Orrall received 1,013 votes. 472 voters opted to leave a blank, while another 9 chose to write in a candidate.U.S. Congressional candidate Joseph Schneider received 1026 votes. 454 voters opted to leave a blank, while another 14 chose to write in a candidate.State Auditor candidate Helen Brady received 998 votes. 485 voters opted to leave a blank, while another 11 chose to write in a candidate.Governor’s Council candidate Richard Baker received 989 votes. 497 voters opted to leave a blank, while another 8 chose to write in a candidate.No CandidateThere was no Republican candidate for State Presentative in the 21st Middlesex District (Precinct 3). The seat is currently held by Democrat Ken Gordon.There was no Republican candidate for Middlesex District Attorney. The seat is currently held by Democrat Marian Ryan.There was no Republican candidate for Middlesex County Clerk. The seat is currently held by Democrat Michael Sullivan.There was no Republican candidate for Middlesex Registry of Deeds. The seat is currently held by Democrat Dick Howe.Voter Turnout4,566 of Wilmington’s 17,009 voters went to the polls on Tuesday, representing a 26.84% turnout.3,061 Democratic ballots were cast. 1,494 Republican ballots were cast. 11 Libertarian ballots were cast.The above numbers are uncertified results from the Wilmington Town Clerk’s Office.Like Wilmington Apple on Facebook. Follow Wilmington Apple on Twitter. Follow Wilmington Apple on Instagram. Subscribe to Wilmington Apple’s daily email newsletter HERE. Got a comment, question, photo, press release, or news tip? Email firstname.lastname@example.org.Share this:TwitterFacebookLike this:Like Loading… RelatedWILMINGTON’S DEMOCRATIC PRIMARY RESULTS: Gonzalez & Palfrey Eek It Out; Ryan & Galvin Cruise; Warren UnderperformsIn “Government”STATE REP RACE: Voting Records Show Prinzivalli Voted Only Once Before Launching Candidacy; Campaign DisputesIn “Government”BREAKING NEWS: 19th Middlesex State Rep Election Results Are In — Dave Robertson WinsIn “Government”
© 2018 Phys.org Citation: Smart window controls light and heat, kills microorganisms (2018, July 13) retrieved 18 August 2019 from https://phys.org/news/2018-07-smart-window-microorganisms.html The researchers, led by Yan-Yan Song at Northeastern University in Shenyang, China, and Xing-Hua Xia at Nanjing University in Nanjing, China, have published a paper on the new sterile smart window in a recent issue of ACS Nano.As the researchers explain, integrating multiple functions into a single smart window presents a challenge, since each function typically requires a different material composition. For example, one of the most widely used materials for smart windows that control visible light transmission is WO3 (tungsten trioxide). As an electrochromic material, WO3 can reversibly change its optical transmittance in response to electrochemical charging and discharging. On the other hand, smart windows that convert near-infrared solar radiation into heat typically involve metal nanoparticles. Also, a wide range of materials have antimicrobial properties, most notably copper. So far, however, combining all of these properties into one material has remained a challenge.In the new study, the researchers designed an electrochromic-photothermal film composed of 3D WO3 in a honeycomb-like structure embedded with gold nanoparticles and nanorods. While the WO3 controls the amount of visible light that passes through the window, the gold nanostructures convert incoming sunlight into thermal energy for heating the building interior. “This is a new strategy that achieves excellent photothermal conversion via solar gain optimization on electrochromic films and, importantly, the photothermal efficiency is adjustable during optical transmission,” Xia told Phys.org.The researchers demonstrated that the window can change from fully transparent to pitch black within minutes. Further, they showed that a near-infrared laser increases the temperature of the window by 24 °C in about five minutes. To investigate the antimicrobial properties of the window, the researchers treated it with E. coli and irradiated it with a near-infrared laser. They found that the bactericidal effect was strongest when the window was in its dark state, in which it could eliminate virtually all of the bacteria. In contrast, the effect was much weaker for windows in the transparent state, as well as those made of only WO3 or only gold nanostructures, rather than both materials combined. The results suggest that most of the bactericidal effects are due to the photothermal properties of the window.”The sterile smart window would be particularly useful in aircraft, in high-latitude zones, and also in hospitals,” Xia said. “It should be multifunctional, for example, controlling visible light transmission dynamically, tuning heat conversion of near-infrared solar radiation, and reducing attacks by microorganisms.” Journal information: ACS Nano Material could help windows both power your home and control its temperature A new smart window offers more than just a nice view—it also controls the transmittance of sunlight, heats the interiors of buildings by converting solar radiation into heat, and virtually eliminates E. coli bacteria living on the glass. In the future, such sterile smart windows may be used in airplanes, hospitals, public transportation, and other areas. Photographs showing one of the three properties of the sterile smart window: control of visible light transmission. Credit: Xu et al. ©2018 American Chemical Society Explore further More information: Jingwen Xu et al. “Electrochromic-Tuned Plasmonics for Photothermal Sterile Window.” ACS Nano. DOI: 10.1021/acsnano.8b02292 This document is subject to copyright. Apart from any fair dealing for the purpose of private study or research, no part may be reproduced without the written permission. The content is provided for information purposes only.