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Lecture 3.pptx 100%

1 LECTURE SERIES STRUCTURAL EQUATION MODELING REAL TIME APPLICATION WITH EXAMPLES www.statswork.com +91-8754446690 info@statswork.com 2 LECTURE - 3 BASIC INTRODUCTION- III Exogenous and Endogenous Latent Variables in SEM analysis Website:

https://www.pdf-archive.com/2017/09/14/lecture-3-pptx/

14/09/2017 www.pdf-archive.com

Lecture2 PDF.docx 97%

STRUCTURAL EQUATION MODELING REAL TIME APPLICATION WITH EXAMPLES BASIC INTRODUCTION- II Latent Vs.

https://www.pdf-archive.com/2017/08/05/lecture2-pdf-docx/

05/08/2017 www.pdf-archive.com

6I21-IJAET0721338 v7 iss3 692-700 94%

Phase change material, thermal energy &latent heat storage.

https://www.pdf-archive.com/2014/07/04/6i21-ijaet0721338-v7-iss3-692-700/

04/07/2014 www.pdf-archive.com

39I17-IJAET1117404 v6 iss5 2316-2324 93%

(1) a PSF estimation phase using variational Bayesian method, and (2) the shape image recovery by refining the outlier classification and the latent image based on Expectation-Maximization (EM) algorithm.

https://www.pdf-archive.com/2014/07/04/39i17-ijaet1117404-v6-iss5-2316-2324/

04/07/2014 www.pdf-archive.com

Touch trace DNA on firearms weapons 87%

Subjected to physical and chemical processes to raise latent fingerprint images;

https://www.pdf-archive.com/2015/04/04/touch-trace-dna-on-firearms-weapons/

04/04/2015 www.pdf-archive.com

Mythic Fel Lord Zakuun 85%

Latent Energy is a debuff that you will get from soaking rambling fissures.

https://www.pdf-archive.com/2016/07/10/mythic-fel-lord-zakuun/

10/07/2016 www.pdf-archive.com

Fingerprint For PPC - SIFS 85%

Latent Fingerprints :

https://www.pdf-archive.com/2015/07/24/fingerprint-for-ppc-sifs/

24/07/2015 www.pdf-archive.com

TD5-analysefactorielle 85%

Une forte corrélation positive suggère qu’un facteur commun latent guide la variation de chaque variable.

https://www.pdf-archive.com/2013/03/14/td5-analysefactorielle/

14/03/2013 www.pdf-archive.com

PSS 84%

Therefore, it is largely unknown whether items on the PSS assign scores with the same degree of reliability for respondents with high latent levels (e.g., 2 perceived helplessness) as respondents with low latent levels.

https://www.pdf-archive.com/2017/03/28/pss/

28/03/2017 www.pdf-archive.com

L00523 EPPO 2015no8 83%

an emerging disease in Africa Andean potato latent virus (APLV) split into Andean potato latent virus (APLV) and Andean potato mild mosaic virus (APMMV) Heterobasidion irregulare detected for the first time in Minnesota (US) Incursion of Platynota rostrana in the Netherlands First report of the eucalyptus leaf beetle Paropsisterna selmani in the United Kingdom and in Ireland Scaphoideus titanus occurs in Slovakia Taxonomic studies suggest that Leucinodes orbonalis does not occur in Africa and that other new Leucinodes species are present Dendroctonus mesoamericanus:

https://www.pdf-archive.com/2015/09/24/l00523-eppo-2015no8/

24/09/2015 www.pdf-archive.com

Q Curius Letter Lyric Sheet 81%

Most latent man, most latent man, most latent man.

https://www.pdf-archive.com/2016/11/30/q-curius-letter-lyric-sheet/

30/11/2016 www.pdf-archive.com

new PSYCH 550 Week 4 DQ 1 78%

PSYCH 550 Week 4 DQ 1 Latent Learning and Reinforcement Tolman &

https://www.pdf-archive.com/2016/04/20/new-psych-550-week-4-dq-1/

20/04/2016 www.pdf-archive.com

NEW PSYCH 550 Week 4 DQ 1 78%

NEW PSYCH 550 Week 4 DQ 1 Latent Learning and Reinforcement Tolman &

https://www.pdf-archive.com/2017/03/18/new-psych-550-week-4-dq-1/

18/03/2017 www.pdf-archive.com

Los Alamos 2013 77%

LOS ALAMOS NATIONAL LABORATORY Decrease the Number of Glovebox Glove Breaches and Failures   Jackie Hurtle  12/20/2013        UNCLASSIFIED          This process improvement project is designed to decrease the number of glovebox glove breaches and  failures at Technical Area (TA) 55 ‐ Plutonium Facility (PF) 4 at Los Alamos National Laboratory (LANL) to  protect the worker; reduce exposures to, and releases of, radioactive materials; address contamination  and radiation protection concerns; and support LANL’s mission in plutonium products.    Decrease the Number of Glovebox Glove Breaches and Failures 2013   Introduction Los Alamos National Laboratory (LANL) is committed to the protection of the workers, public, and  environment while performing work and uses gloveboxes as engineered controls to protect workers  from exposure to hazardous materials while performing plutonium operations.  Glovebox gloves are a  weak link in the engineered controls and are a major cause of radiation contamination events which can  result in potential worker exposure and localized contamination making operational areas off‐limits and  putting programmatic work on hold.  Each day of lost opportunity at Technical Area (TA) 55, Plutonium  Facility (PF) 4 is estimated at $1.36 million.    Between July 2011 and June 2013, TA‐55‐PF‐4 had 65 glovebox glove breaches and failures with an  average of 2.7 per month.      The glovebox work follows the five step safety process promoted at LANL with a decision diamond  interjected for whether or not a glove breach or failure event occurred in the course of performing  glovebox work.  In the event that no glove breach or failure is detected, there is an additional decision  for whether or not contamination is detected.  In the event that contamination is detected, the  possibility for a glove breach or failure event is revisited.    The potential factors that surfaced in the cause and effect tools were narrowed to the following list:   Housekeeping in the glovebox   Evaluating the glove inspection and deciding to change the glove   Glove fit    Glove selection tailored to the process and operator   Glove tracking data (for prescribed glove change)   Process specific guidance for when to change gloves related to glove use   The planning process to change gloves   Managing sharps    Latent sharps program   Mentoring, On‐the‐Job Training (OJT), cold lab practice, qualified trainer   Human performance   Engineered controls: Perceived value of change is less than the perceived value of using the  legacy equipment and tools   Cost estimates for glovebox design and engineered controls are not realistic   Communication between the design team and the glovebox users is lacking and the equipment  in the glovebox suffers from poor engineering     Targeted solutions were identified after four probable causes were confirmed.  These causes include the  following:   Failure to identify latent sharps (inadequate identification of hazards)    Improper glove fit and selection   Inadequate use of engineered controls  Hurtle    ‐ UNCLASSIFIED ‐ Page 2 of 86 Decrease the Number of Glovebox Glove Breaches and Failures 2013    Lack of timely glove change    Benefits are realized as the number of glove events decline.  This study offers suggestions for influencing  the factors that contribute to glove events.  With each glove event prevented, LANL saves an average of  $23K on the waste disposal and labor associated with the investigation, mitigation, and reporting.   Additional savings are expected from the increased productivity of the facility.            Hurtle    ‐ UNCLASSIFIED ‐ Page 3 of 86 Decrease the Number of Glovebox Glove Breaches and Failures 2013   Table of Contents Introduction .................................................................................................................................................. 2  Project Acronym List ..................................................................................................................................... 7  Define ............................................................................................................................................................ 9  Business Impact ........................................................................................................................................ 9  Problem Statement ................................................................................................................................... 9  Cost of Poor Quality .................................................................................................................................. 9  Investigation and Mitigation ................................................................................................................. 9  Facility Productivity ............................................................................................................................. 11  Additional Impacts .............................................................................................................................. 11  Project Objective ..................................................................................................................................... 11  Primary Metric ........................................................................................................................................ 12  Secondary Metric .................................................................................................................................... 12  Measurement System Analysis ............................................................................................................... 16  MSA Conclusion .................................................................................................................................. 17  Process Boundaries ................................................................................................................................. 17  High Level Process Map ...................................................................................................................... 18  SIPOC ................................................................................................................................................... 18  Glove Life Cycle Map ........................................................................................................................... 19  Detailed Process Map ......................................................................................................................... 20  Customer Requirements ......................................................................................................................... 20  Define Summary...................................................................................................................................... 22  Measure ...................................................................................................................................................... 22  Fishbone Diagram ................................................................................................................................... 22  Failure Mode and Effects Analysis .......................................................................................................... 23  Capability Analysis .................................................................................................................................. 24  Measure Conclusions .............................................................................................................................. 25  Analyze ........................................................................................................................................................ 25  Testing ..................................................................................................................................................... 26  Does the failure to recognize latent sharps contribute to glove breaches and failures documented in  the RPOs? ............................................................................................................................................ 27  Hurtle    ‐ UNCLASSIFIED ‐ Page 4 of 86

https://www.pdf-archive.com/2017/06/28/los-alamos-2013/

28/06/2017 www.pdf-archive.com

Mat Final Equations adapted 77%

Critical Radius for SSP Activation free energy for formation of Stable Solid Particle Critical Radius - latent heat of fusion &

https://www.pdf-archive.com/2012/12/10/mat-final-equations-adapted/

10/12/2012 www.pdf-archive.com

what is advanced seo techniques1571 74%

Latent Semantic Indexing (LSI) Latent semantic indexing or LSI for brief is often a less well-known since the popular SEO techniques but however, may be equally as effective, but precisely what is LSI?

https://www.pdf-archive.com/2013/09/24/what-is-advanced-seo-techniques1571/

24/09/2013 www.pdf-archive.com

Panic disorder and agoraphobia 74%

Latent variable modeling of multimorbidity among common mental disorders has converged on a structure with two transdiagnostic factors:

https://www.pdf-archive.com/2017/03/16/panic-disorder-and-agoraphobia/

16/03/2017 www.pdf-archive.com

ntu-105-R02544008-1 72%

Chih-Hung Wang, PhD 中華民國 105 年 2 月 February 2016 謝辭 和茶樹一樣,我想我的論文也是「種」出來的,仰賴所有報導人傾囊相授地 投注肥料,需要老師不時出手東修西剪,在煩雜情緒湧現時,也有親朋好友們為 我一一除去。雖然要稱為「作物」,它還是有些歪歪扭扭未臻完美之處,但一棵 樹的生長,卻是集結了來自各地的能量才能完成。 首先感謝我的指導教授王志弘老師,我不是個稱職的好學生,但老師總是做 得比一位「好老師」更多,不但在第一時間不厭其煩地拆解我的困惑,更在過程 中屢屢指引我研究的方向。感謝三位口試委員:楊弘任老師、洪伯邑老師與張聖 琳老師諸多批評指教,讓這篇論文更加完整。另外,我想向賴守誠老師及賴曉黎 老師致上謝意,是這兩位老師開啟了我的 Bourdieu 理論大門,引領我發現社會 學理論的迷人之處。雖然我自認一向是個孽徒,但很幸運地,我在學習路程中遇 到無數滿載知識與熱忱的良師,更要感謝 Bourdieu 讓我真正迷上了社會學。但 願自己也能夠像上述諸恩師一樣,對世界、對知識繼續保持探索的熱情,也能有 機會將這份感動傳承下去。 感謝在坪林認識的所有人,包含本文的報導人和受訪者、坪林長老教會莊牧 師和課輔班成員。雖然大部分出現在論文中的角色無法以真面目現身,我粗淺的 分析也無法完整描繪你們生命之豐富與淵博,但你們無疑是這棵小茶樹最重要的 養分。感謝同期加入王老師門下的五位先進:文琪、郁婷、敬杰、家璧、皓群, 在學閥中和你們一起成長,是我在城鄉所最想留住的幸運。也感謝同門其他先進 及城鄉所、社會所的好朋友們,還有帶我進入坪林的張老師與學長姐,願我們的 努力都能讓坪林更好。 感謝我的爸媽總是讓我自由發揮、給予我最大的支持。感謝我的二房、北蘭 新基中銅管五重奏、台大校友管樂團及台大管樂團的音樂好朋友們,有你們與音 樂的陪伴,讓我享受許多不務正業的時刻,才不至於迷失在汪洋學海之中;也感 謝永遠的中二板友、噗友、臉友、眾團室地縛靈、激腐城門團員、紅棗少女組、 紆屋吃施、阿忠們,還有二次元世界的諸多愛角,你們總是在我崩潰的時候發揮 莫大的療癒與加持效果。感謝 E 大,你和社會學在相近的時間點,在不同意義上 為我開啟了生命的奇幻之旅。 無數次的論文卡關期間,思考謝辭猶如編織「完成」的夢想,但真正下筆時, 反而不知從何組織。難以言喻的恩惠太多,在短短篇幅間,只能感謝並深深祝福。 身為耕耘知識的學徒,期許我能帶著堅強而溫柔的心,努力成長並有所回饋。 i 摘要 本文以坪林的文山包種茶業生產場域為例,提出「自然營造」 (nature making) 概念,統括人與自然的關係性實作,並指出坪林當地從「隱性自然營造」 (latent nature making)到「顯性自然營造」(manifest nature making)的歷史轉折過程。 從對慣行茶農「種茶」之實作活動的考察,說明在坪林兼具水源與茶鄉的多重自 然條件下,執行不同農法的茶農、在地行動者、農政機關及水源治理機關,在水 源特定區、有機茶業等形塑場域的力量介入後,如何因應「顯性自然營造」的趨 勢、秉持各異的實作習氣及利益,並通過不同的象徵鬥爭策略,在場域中搏取自 身的正當性。 研究方法上,本文以針對慣行茶農的參與式觀察為主要軸線,旁及有機茶農、 自然農法茶農及其他行動者的深度訪談,與政府治理層次的政策文本分析,試圖 由茶園管理及社會交往兩大實作場域,探討茶業生產場域內部複雜行動者的習氣 基礎,並在這些習氣的衝突中,展開象徵鬥爭的張力。本文將不同的自然營造實 作特質,歸結出以「身體導向的作物中心論」及「保衛自然的生態中心論」為兩 端點的光譜;再以日常社交、地方組織與技術官僚系統的互動,指出當地以禮物 交換為原形的社交理法,實與經濟邏輯構成的科層體制相互扞格,形成象徵鬥爭 的社會矛盾來源。最後則加入地方政府、農政及水源治理機關的實作,統整出「泛 有機-慣行」 、 「茶鄉-水源」兩大象徵鬥爭張力,以及科層化、理性化及倫理化 的策略選擇趨勢,最後則以笳籬為喻,嘗試提出種茶實作圖式的認識論,並描繪 複數利益結構及實作組成的茶業生產場域動態。 關鍵詞:自然營造、實作圖式、象徵鬥爭 ii Abstract Based on the field analysis of Wenshan-Pouchong Tea Production in Pinglin, I used the term “nature making” to include the relational practices between human and nature.

https://www.pdf-archive.com/2016/07/06/ntu-105-r02544008-1/

06/07/2016 www.pdf-archive.com

why you should work with1713 72%

The expert comprehends things such as landing pages, canonicalization, keyword cannibalization, bounce rate and latent semantic indexing etc.

https://www.pdf-archive.com/2014/04/28/why-you-should-work-with1713/

28/04/2014 www.pdf-archive.com

law-enforcement-biometric-solution 72%

Fingerprint identification showed its presence in the early twentieth century and police started using fingerprints to identify suspects from latent fingerprints or link them to their criminal records.

https://www.pdf-archive.com/2017/03/17/law-enforcement-biometric-solution/

17/03/2017 www.pdf-archive.com

Rostami2017 AOM Moist Convection RSWmodel 71%

10.1080/09500693.2015.1022623 Influence of condensation and latent heat release upon barotropic and baroclinic instabilities of vortices in rotating shallow water f -plane model † MASOUD ROSTAMI† and VLADIMIR ZEITLIN † Laboratoire de M´et´eorologie Dynamique/Universit´e Pierre et Marie Curie (UPMC)/ Ecole Normale Sup´erieure (ENS)/CNRS, Paris, France (Received 00 Month 20xx;

https://www.pdf-archive.com/2017/06/10/rostami2017-aom-moist-convection-rswmodel/

10/06/2017 www.pdf-archive.com

Nicholas Sleight Portfolio 70%

Delving into theories of manifest and latent dream content, the special language of dreams, dreams as wish fulfillments, the significance of childhood experiences, and much more, Freud, widely considered the “father of psychoanalysis,” thoroughly and thoughtfully examines dream psychology.

https://www.pdf-archive.com/2016/02/04/nicholas-sleight-portfolio/

04/02/2016 www.pdf-archive.com