Isibuyekezo: Kwenzekani Ngeqembu Elisha le-XTR likaShimano? | Ama-Reflector Okuphepha Emgwaqweni

[G06K] UKUQAPHELA KWEDATHA; UKUTHULWA KWEDATHA; ABATHALI BEREKHODI; UKUPHATHA ABATHALI BEREKHODI (ukuphrinta nge-se B41J)

“Ibhayisikili lakho elincane elingamakhilogremu angu-35 uma liqhathaniswa nemoto yensimbi engamakhilogremu angu-4,000, imoto izowina njalo,” kusho u-Elliot.

“Lokho kuzobavumela ukuthi bagqoke futhi basakwazi ukufinyelela ibhande labo, isibhamu sabo nakho konke,” kusho uCollins. “Ukusindisa izimpilo, lokho kuyinto esiyithandayo. Silangazelela ukuqwashisa abantu emigwaqweni.”

Isifinyezo: Indlela yokwenza idivayisi ye-semiconductor ingafaka phakathi ukwakha ungqimba lokuqala lwe-dielectric ngaphezu kwe-substrate ye-semiconductor, ukwakha umsele wokuqala kungqimba lokuqala lwe-dielectric, ukugcwalisa umsele wokuqala ngezinto eziqhuba ugesi, ukususa izingxenye ezingaphezulu zezinto eziqhuba ugesi ukuze kuchazwe ilungu elingaphansi eliqhuba ugesi eline-recess engenhla, ukwakha izinto ezigcwalisayo ze-dielectric ku-recess ukuze kuchazwe umsele wesibili. Le ndlela ingafaka phakathi ukugcwalisa umsele wesibili ngezinto eziqhuba ugesi ukuze kuchazwe ilungu eliphezulu eliqhuba ugesi, ukwakha ungqimba lwesibili lwe-dielectric phezu kwengqimba yokuqala ye-dielectric kanye nelungu eliphezulu eliqhuba ugesi, ukwakha ungqimba lokuqala ngokusebenzisa ungqimba lwesibili lwe-dielectric kanye nezinto ezingaphansi ze-dielectric eziya kulungu eliphansi eliqhuba ugesi, kanye nokwakha ungqimba lwesibili ngokusebenzisa ungqimba lwesibili lwe-dielectric ukuya kulungu eliphezulu eliqhuba ugesi.

Isizathu sokuthi i-PSP (eqinisweni, icala layo kuphela) isetshenziswe njengesihloko salo msebenzi kwakuwukuthi nje ngangine-PSP efile engangingafuni ukuyilahla emgqonyeni kadoti. Kulula kanjalo nje. Ingabe kwakuhlakaniphile? Cha impela kodwa kwakumnandi kakhulu, ngingakutshela lokho

Iklabhu Yezincwadi Yesikole Esiphakathi: UMsombuluko Wesithathu wenyanga kusukela ngo-6:30 kuya ku-7:30 ntambama Kufakiwe ukudla okulula. Amakhophi encwadi (nezincwadi ezilalelwayo) aboniswa engxenyeni yentsha yomtapo wolwazi. Ukuze uthole isihloko sencwadi okuzoxoxwa ngaso ngokulandelayo, xhumana no-Teen Librarian Sara ku-shuff@mclinc.org noma ushayele ku-610-828-0441 ext. 113. Ukudla okuphuzwayo okuvela ku-Friends of the William Jeanes Memorial Library.

Isifinyezo: Idivayisi yokukhanyisa enokulungiswa kokuqala lapho umthombo wokuqala wokukhanya uvezwa khona kanye nomthombo wesibili wokukhanya umboziwe kanye nokulungiswa kwesibili lapho umthombo wokuqala wokukhanya uvezwa khona kanye nomthombo wesibili wokukhanya uvezwa. Idivayisi yokukhanya ivalwe endaweni eqinile evikela idivayisi yokukhanyisa ekulungiselelweni kwesibili. Umthombo wamandla uhlanganiswe ngogesi nedivayisi yokukhanyisa ukuze unikeze umthombo wokuqala wokukhanya kanye nomthombo wesibili wokukhanya amandla. Iswishi ixhunywe kumthombo wamandla kanye nemithombo yokukhanya yokuqala neyesibili. Iswishi ilungiselelwe ukuvumela ukusabalala kwamandla kusuka emthonjeni wamandla kuya emthonjeni wesibili wokukhanya lapho idivayisi yokukhanyisa isekulungiselelweni kwesibili.

UJim ungumhleli omkhulu we-ASSEMBLY futhi uneminyaka engaphezu kwengu-30 yesipiliyoni sokuhlela. Ngaphambi kokujoyina i-ASSEMBLY, uCamillo wayengumhleli we-PM Engineer, i-Association for Facilities Engineering Journal kanye ne-Milling Journal. UJim uneziqu zesiNgisi ezivela eDePaul University.

2.1 Umkhiqizi Womhlaba Wonke Imishini Yokushisela Eshisayo Ukuthunyelwa 2.2 Umkhiqizi Womhlaba Wonke Imishini Yokushisela Eshisayo Imali Engenayo Yebhizinisi 2.3 Ukubuka Konke Kwemakethe Yemishini Yokushisela Eshisayo Yomhlaba Wonke 3 Umkhiqizi Imishini Yokushisela Eshisayo Isingeniso Sebhizinisi

[H01L] AMADIVAYISI E-SEMICONDUCTOR; AMADIVAYISI ESIMO SIKAGESI ASIQINILE ANGANIKELWA NGAPHANDLE (ukusetshenziswa kwamadivayisi e-semiconductor ukulinganisa i-G01; ama-resistor ngokuvamile i-H01C; omaginethi, ama-inductor, ama-transformer H01F; ama-capacitor ngokuvamile i-H01G; amadivayisi e-electrolytic H01G 9/00; amabhethri, ama-accumulators H01M; ama-waveguide, ama-resonator, noma imigqa yohlobo lwe-waveguide H01P; izixhumi zomugqa, abaqoqi bamanje i-H01R; amadivayisi ashukumisayo i-H01S; ama-resonator e-electromechanical H03H; izikhulumi, ama-microphone, ama-gramophone pick-ups noma ama-transducer e-electromechanical afana ne-acoustic H04R; imithombo yokukhanya kagesi ngokuvamile i-H05B; amasekethe aphrintiwe, amasekethe ahlanganisiwe, ama-casing noma imininingwane yokwakha yamadivayisi kagesi, ukukhiqizwa kwezingxenye zikagesi i-H05K; ukusetshenziswa kwamadivayisi e-semiconductor kumasekethe anohlelo oluthile, bheka isigaba esincane sohlelo lokusebenza) [2]

[G06F] UKUCUTSHUNGULWA KWEDATHA YEDIJITHALI KAGESI (izinhlelo zekhompyutha ezisekelwe kumamodeli athile ekhompyutha G06N)

Umsunguli(abasunguli): uNorris Liu (Sunnyvale, CA), uXingyu Jiang (Palo Alto, CA) Ababelwe: iFuturewei Technologies, Inc. (Plano, TX) Inkampani Yomthetho: Schwegman, Lundberg Woessner, PA (amahhovisi angewona awendawo angu-6) Inombolo Yesicelo, Usuku, Isivinini: 15234082 ngomhlaka-08/11/2016 (izinsuku ezingu-964 zokukhishwa kohlelo lokusebenza)