Tag: 全国兼职女全国兼职女信息

Lampard: Don’t blame Mou if Man Utd don’t win

first_imgManchester United Lampard: Player quality, not Mourinho, to blame if Man Utd don’t win Dejan Kalinic Last updated 2 years ago 11:04 11/10/17 FacebookTwitterRedditcopy Comments(4) Jose Mourinho Manchester United Huddersfield Getty Manchester United Chelsea Premier League José Mourinho The Chelsea great Fbelieves the quality of the squad – not the manager – may cost the Manchester outfit the Premier League title Jose Mourinho will not be to blame if Manchester United fail to win the Premier League, according to Chelsea great Frank Lampard.Mourinho has faced criticism for his style this season, with United falling eight points behind runaway leaders and rivals Manchester City.Man U 4/5 to beat Newcastle -1 handicap Article continues below Editors’ Picks Lyon treble & England heartbreak: The full story behind Lucy Bronze’s dramatic 2019 Liverpool v Man City is now the league’s biggest rivalry and the bitterness is growing Megan Rapinoe: Born & brilliant in the U.S.A. A Liverpool legend in the making: Behind Virgil van Dijk’s remarkable rise to world’s best player Man United (23 points) are back in the chasing pack, along with Tottenham (23), Chelsea (22), Liverpool (19) and Arsenal (19).But Lampard – who won three Premier League titles at Chelsea, including two under Mourinho – said it would come down to the quality of players at his former manager’s disposal if the club were unable to claim the crown.”Mourinho is a manager that likes to win and he has a way of winning. It’s different to Pep Guardiola, different to Antonio Conte and that’s his way,” he told Omnisport , speaking thanks to Chelsea FC club partners Yokohama Tyres.”If Manchester United don’t win the Premier League, for me it’s the quality of the players.”Manchester City have a very strong squad this year, Chelsea still have a very strong squad and I think particularly the first XI, if everybody’s fit, Chelsea are very strong.”When I look at Manchester United, they’re there around that area, but maybe the other teams can be stronger.”I certainly don’t think it’ll be the manager, and I actually do think that Manchester United will be competitive towards the end of the season, so we’ll see.”Mourinho’s side have won just one of their past four league matches, having drawn with Liverpool (0-0) and lost to Chelsea (1-0) and Huddersfield Town (2-1).last_img read more

Ronaldo expects a spectacular game between Barcelona Madrid

first_imgBrazil legend Ronaldo Nazario expects a “spectacular match” between Barcelona and Real Madrid in tonight’s Copa del Rey encounter.The two Spanish giants will face off against one another for a place in the final of the competition with the first leg to take place tonight at Camp Nou.Real, in particular, are keen to get their revenge on Barcelona following October’s humiliating 5-1 defeat in La Liga last time out in October.As for Barcelona, the chance of winning a fifth consecutive Copa del Rey title is within sight with manager Ernesto Valverde having expressed his enthusiasm in taking on Real over a two-legged tie.And Ronaldo, who played for both clubs during his own playing career, cannot wait for the match to get started.“It’s a spectacular match,” said Ronaldo, according to Marca.“The best Clasico in world football. It’s incredible to play in these games.“The atmosphere is great and let’s hope the footballing gods give us a great game tonight.”Sergio Ramos, Real MadridZidane reveals Sergio Ramos injury concern for Real Madrid Andrew Smyth – September 14, 2019 Zinedine Zidane has put Sergio Ramos’ availability for Real Madrid’s trip to Sevilla next weekend in doubt after withdrawing him against Levante.Ronaldo, who won the Copa del Rey at Barcelona and two La Liga titles with Real, left reporters in no doubts over where his allegiance lies for tonight.“There is no favourite,” said Ronaldo.“It’s an important game. I have a special history with [Real] Madrid and let’s hope Madrid win.“It’s clear that whoever is ahead, I want Valladolid to win, but they are two great clubs.“Madrid are playing very well, they’ve found a great dynamic, have reinvented themselves and have young players. But then you have [Lionel] Messi and company, who are spectacular.”Isco has been included in the Real squad for the game, despite his struggles for opportunities under head coach Santiago Solari this season, while Barcelona academy star Carles Aleña is hoping to get a chance tonight himself.The match at Camp Nou will begin at 9:00 PM (CET).last_img read more

Carl Demaio holds Yes on 6 rally at DMV

first_img 00:00 00:00 spaceplay / pause qunload | stop ffullscreenshift + ←→slower / faster ↑↓volume mmute ←→seek  . seek to previous 12… 6 seek to 10%, 20% … 60% XColor SettingsAaAaAaAaTextBackgroundOpacity SettingsTextOpaqueSemi-TransparentBackgroundSemi-TransparentOpaqueTransparentFont SettingsSize||TypeSerif MonospaceSerifSans Serif MonospaceSans SerifCasualCursiveSmallCapsResetSave SettingsSAN DIEGO (KUSI) – The final push is on to kill the twelve-and-a-half cent increase in the gas tax that we’ve been paying since last November 1st. This was imposed by Sacramento, and the voters never had a say.Carl Demaio of Reform California released an analysis from the state’s legislative analyst, saying 1.1 billion dollars in car registration fees are being diverted from roads by the DMV and deposited in the state general fund for use outside of roads.He also says the ballot language for Yes on 6 was changed by the state from Proposition 6 is the gas tax and car tax repeal initiative, to repeal road repairs.He says it’s very important for voters to understand a Yes on 6 vote means the gas and car taxes go away. Carl Demaio holds Yes on 6 rally at DMV Steve Bosh, Posted: October 1, 2018 October 1, 2018 Categories: Local San Diego News, Politics Tags: Decision 2018 FacebookTwitter Steve Bosh last_img read more

Privatized Housing Survey Report Reveals More Details

first_img ADC AUTHOR A military family advocacy group has reported more details from the nation’s military families on the condition of privatized military housing, according to Military.com.The Military Family Advisory Network (MFAN) surveyed more than 16,000 military family members across the country who responded with various reports of dirty and unsafe conditions on more than 160 military bases, the advocacy group said.The latest survey details revealed that 84% reported “very negative, negative or neutral” base housing experiences.Nearly 57% of survey respondents reported problems with maintenance and repairs, nearly 30% reported problems with mold and 25% reported filth as an issue, according to MFAN.A preliminary report in February had highlighted problems including maintenance issues and poor responsiveness and unsatisfactory living conditions such as mold, lead-based paint issues, pest infestations and faulty wiring, as On Base reported.The highest privatized housing satisfaction rate was at Naval Base San Diego, Calif.Air Force photo by Carole Chiles Fullerlast_img read more

E3 2019 George RR Martin game Elden Ring coming to Xbox

first_imgElden Ring is Xbox’s newest game Screenshot by Jackson Ryan/CNET Microsoft on Sunday took the wraps off Elden Ring, a new Xbox video game, during its E3 expo briefing at Microsoft Theater. The new game is the creation of From Software’s Hidetaka Miyazaki and Game of Thrones’ author George R. R. Martin. Check out the trailer here: Post a comment Share your voice pic.twitter.com/cz8HniRFoD— Daniel Ahmad (@ZhugeEX) June 7, 2019 • Details about the game leaked on Friday, ahead of the expo, when Daniel Ahmad, senior analyst at Niko Partners, tweeted the poster for Elden Ring and said it would be available for Xbox One, PS4 and PC. In Elden Ring you’ll apparently be exploring kingdoms. If you kill each kingdom’s ruler, you unlock their special abilities and supernatural powers.  E3 2019 On Saturday, Electronic Arts showed off the first 15 minutes of Star Wars Jedi: Fallen Order gameplay, new free-to-download features of Apex Legends, and a new tropical expansion pack for the Sims 4. EA also touched on the action-adventure RPG Anthem, that had a rocky launch earlier this year. Bethesda also has a press conference scheduled for Sunday with Microsoft’s Xbox.Monday, June 10PC Gaming Show — 10 a.m. PT (1 p.m. ET)Ubisoft — 1 p.m. PT (4 p.m. ET)Square Enix — 6 p.m. PT (9 p.m. ET)Tuesday, June 11Nintendo — (livestream only) — 9 a.m. PT (noon ET)Originally published June 9 at 2:21 p.m. PT.Update, at 3:00 p.m. PT: Adds background. Aug 3 • E3 journalists see their personal info exposed by security flaw Aug 19 • Borderlands 3: FL4K, new endgame content and everything else we know Aug 28 • Star Wars Jedi: Fallen Order trailer, gameplay footage and everything we know E3 2019 reading • E3 2019: George R.R. Martin game Elden Ring coming to Xbox Jul 26 • Doom Eternal: QuakeCon ‘Year of Doom’ keynote shows more ‘Battlemode’ action EA Play opens the doors on new games at E3 2019 Culture Gaming Video Games 16 Photos See All Prior to the leak, there were rumors in May that Martin would be a game consultant for Dark Souls developer From Software. Martin confirmed in a blog post that he consulted on a video game out of Japan.At E3, most of the big announcements happen during the weekend pressers before the show starts. Sony won’t be holding a press conference during the show, nor will it have a booth. More from E3 How to preorder all the new games Watch every E3 video game trailer Nintendo recap: New Zelda sequel, Banjo-Kazooie, Luigi’s Mansion and more E3 2019: Complete coverage on GameSpot E3 2019: Complete coverage on CNET Check out the new #EldenRing trailer 🔥#Xbox #E32019 pic.twitter.com/1HblMIBa2N— GameSpot (@GameSpot) June 9, 2019 0 Electronic Arts (EA) Microsoft Sony Nintendo Tagslast_img read more

Porphyrins can be covalently attached to graphene edges

first_img 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. Explore further After doping the substrate with CO, the STM images showed that some of the porphines had a protruding center that shows up as a bright spot. These protrusions were likely CO molecules attached to the metal center of the tetrapyrrole. This means that an Ag atom was coordinated to the tetrapyrrole center demonstrating that even when covalently bound to graphene, the porphine maintained its metal-coordination properties. Additional tests showed that the conductivity of graphene at the edges where the porphines were attached did not change substantially. The thermal stability of the graphene-porphine structure was tested by gradually annealing the sample. The authors note that there was a 17% increase in the percentage of molecules bound to graphene after annealing the sample up to 770 K. Graphene is annealed to Ag(111) at 900 K. When the thermal stability test was taken to this temperature, He, et al. still observed prophines bound to the graphene edges, particularly porphines that have three and four carbons bonded to the graphene edge.This study demonstrated a controlled and precise way to attach tetrapyrrole structures to graphene edges. This has important implications for further research in molecular electronics, sensors, and catalysis. Researchers use microwaves to produce high-quality graphene Credit: Willi Auwärter et al. (Phys.org)—Researchers from Technische Universität München in Germany have succeeded in covalently binding porphine to the edge of a graphene sheet on a Ag(111) substrate using surface-assisted covalent coupling. This provides a proof-of-principle that graphene edges can be functionalized with tetrapyrroles in a precise manner. Furthermore, their work shows that the graphene-porphine structure maintains its electronic and metal-binding properties. Their work appears in Nature Chemistry. “Our findings open new perspectives for the controlled functionalization of graphene nanostructures and the embedding of porphines in graphene sheets,” comments Professor Willi Auwärter who co-authored this study. “We are excited by the potential of the resulting structures to catalyze distinct chemical reactions and anticipate applications in molecular electronics, sensing and optoelectronics.”Tetrapyrroles, molecules that contain the heterocyclic five-member pyrrole ring, are key structures for several important biological molecules. Hemoglobin and chlorophyll, for example, are tetrapyrroles known as porphyrins. Porphyrins coordinate a metal in the center of the tetrapyrrole ring. Additionally, tetrapyrroles are stable molecules that can accommodate a variety of functional groups. Their delocalized electron framework, as well as their metal-binding properties, makes them an interesting study for molecular electronics.In this study, porphine, the simplest tetrapyrrole, was covalently bound to a graphene edge. While prior studies by other groups have linked porphyrins to graphene sheets, they have done so using a more traditional chemistry route in which graphene oxide is reacted with the porphyrin in solution. This leads to a mixture of products and poor control over the porphyrin’s attachment points, which is not conducive to the precision necessary for molecular electronics. He, et al. used surface-assisted coupling to covalently link porphine to graphene. They chose an Ag(111) substrate because of their experience with surface-assisted dehydrogenation reactions with porphines and because Ag(111) only weakly interacts with graphene. According to the research paper, the goal was to use the surface both as a platform for graphene synthesis and to mediate the coupling reaction. The graphene edges needed to be clean and well-defined and the reaction with the porphine needed to be precise and controlled. The Ag(111) allows for this.Once the graphene was grown on the Ag(111) surface, free-base porphines were vapor deposited at room temperature and then the surface was heated to over 620 K to induce the coupling reaction. Scanning tunneling microscopy (STM) and non-contact atomic force microscopy (AFM) with a CO-functionalized tip showed that individual porphines appeared to be covalently linked to the graphene edges. Their studies showed that porphine bonding occurred in four configurations: 1) One C-C bond between the porphine and the graphene edge at the β position on the pyrrole; 2) two C-C bonds between the β pyrrole carbons and the graphene sheet; 3) three C-C bonds, one on a β pyrrole carbon, one bonded to the carbon between two of the pyrroles, and the other on a second β pyrrole position; 4) four C-C bonds with a similar pyrrole-carbon-pyrrole bonding structure as configuration 3, but with an additional C-C on one of the pyrroles. More information: Yuanqin He et al. Fusing tetrapyrroles to graphene edges by surface-assisted covalent coupling, Nature Chemistry (2016). DOI: 10.1038/nchem.2600AbstractSurface-assisted covalent linking of precursor molecules enables the fabrication of low-dimensional nanostructures, which include graphene nanoribbons. One approach to building functional multicomponent systems involves the lateral anchoring of organic heteromolecules to graphene. Here we demonstrate the dehydrogenative coupling of single porphines to graphene edges on the same metal substrate as used for graphene synthesis. The covalent linkages are visualized by scanning probe techniques with submolecular resolution, which directly reveals bonding motifs and electronic features. Distinct configurations are identified that can be steered towards entities predominantly fused to graphene edges through two pyrrole rings by thermal annealing. Furthermore, we succeeded in the concomitant metallation of the macrocycle with substrate atoms and the axial ligation of adducts. Such processes combined with graphene–nanostructure synthesis has the potential to create complex materials systems with tunable functionalities. Journal information: Nature Chemistry Citation: Porphyrins can be covalently attached to graphene edges (2016, September 12) retrieved 18 August 2019 from https://phys.org/news/2016-09-porphyrins-covalently-graphene-edges.html © 2016 Phys.orglast_img read more