Public Articles
Tectonic Evolution of Death Valley
Abstract
Extension in Death Valley is interpreted as a Basin and Range extension associated with the developing Pacific-North America plate boundary in western North America \cite{Norton_2011}, or it may interpreted as the product of a pull-apart basin produced by normal faults trending NW-SE. Here we present supporting evidence that the basins produced in Death Valley are a combination of compressional tectonics related to subduction in the Cretaceous and a series of pull-apart basins produced by NW-SE trending normal faults and strike-slip faults parallel to the SE trending Furnace Creek fault and San Andreas Fault. We present evidence by focusing on the timing and tectonics of the Pahrump Group, Noonday Dolomites, Wood Canyon Fomration, Zabriskie Quartzite, Carrara Formation, and Bonanza King Formation in Death Valley and observing the structural deformation. By using methods such as measuring the trend of faults and structural geology techniques, we can make observations in the field supporting our hypothesis. We focus on the compressional tectonics during the Cretaceous and extensional tectonics during the late Cenozoic of this region.
Draft Bab I dan II
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No. | Jenis Gedung | IKE (kWh/m2 per tahun) |
1 | Perkantoran (Komersial) | 240 |
2 | Pusat Perbelanjaan | 330 |
3 | Hotel dan Apartemen | 300 |
4 | Rumah Sakit | 380 |
Nuevos conceptos sobre el factor XIII
Robust Scheduling of a Single machine flowshop with partitioned processing times
AST 410 Course Blog
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An example of an inline equation: a + b = αγ. To display an equation, you use the equation
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environment allows us to cross-reference equations: equation ([e.Newton]) is Newton’s equation. Citations are handled with the cite
command and its variants: “observations of the quiescent luminosity of MAXI J0556-332 suggest the presence of a strong heat source in its accreted envelope \cite{2015ApJ...809L..31D}.” Notice that this style uses an author-date system. With author-date, there are fancier versions of the cite
command: “with the release of the second MESA paper, \citet{Paxton_2013}”. Here I would like to cite this result \cite{Deibel_2016}.
Review Paper Chow
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(Revisi) Laporan Studi Literatur
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Silicon Photomultiplier Structure and Properties
The Silicon Photomultiplier (SiPM) is essentially an array of silicon avalanche p-n photodiodes operating in Geiger-mode. It is necessary to review some basics of the p-n junction to understand how the SiPM operates.
A p-n junction is the fusion of a p-type and n-type semiconductor together. A P-type region contains a majority of hole (positive) carriers and few electrons. A N-type region contains a majority of mobile electrons and few holes. Properties exist that can be exploited for the use of the SiPM when the two regions are brought into contact, diffusion of carrier concentration being one of those properties. Holes from the p-type region diffuse to the n-type region and electrons from n-type region diffuse to the p-type region leaving behind negatively charged ionized acceptor atoms and positively charges ionized donor atoms respectively. As a result of this diffusion, a narrow region on both sides of the p-n junction become nearly depleted of mobile charge carriers, called the depletion layer [1]. The depletion layer contains only fixed charges of negative ions in the p-region and positively charged ions in the n-region. These fixed charges created an internal electric field that points from n-side to p-side as seen in figure 1. There then exists a built in voltage at the interface preventing electrons moving into p-side and holes into n-side. The built in voltage goes as $V_{bi}=\frac{kT}{q}ln(\frac{N_DN_A}{n_i^2})$, where ND are donor concentrations, NA are acceptor concentrations, and ni is the intrinsic carrier concentration [3]. No net current will flow across the junction while unbiased.
\DeclareFloatingEnvironment [fileext=box,placement=!t,name=Box]floatbox Sane as it Ever Was: The Historical Meaning of the Crisis in Psychology
In an article entitled “Has Psychology Failed?” Joseph Jastrow reflects on whether prominent scholars such as William James and Stanley Hall had been right to be pessimistic about the advancement of psychology since the days of its conception as an empirical science. He notes the following:
“The present text-book chaos is the work of drifting pilots. They leave the student with the impression of a patch-work quilt whereas actually the mind is a tapestry.” (Jastrow, 1935, p. 268)
In this preface to the chapters of a book that concern the specific case of evaluating competing ætiologies of developmental dyslexia, I conjecture that the general failure to advance the empirical social sciences as a natural science lies in the not so recent past. The current crisis of confidence in the empirical record of the social and life sciences is not due to the (ab)use of inferential statistics as a means to haul in huge quantities of scientific knowledge, but is more likely due to the inability of the scientific community to stop expanding the patch-work quilt by suggesting a new theory (or paradigm) for each freshly caught fact. That is, this crisis concerns the curious case of an empirical science in which the very thing that separates this branch from the other disciplines –knowledge inference by means empirical tests of theoretical claims– seems to have little or no authority at the level of evaluating the truth-likeness (verisimilitude) of theories.
The conjecture: If empirical disciplines of social science experienced crises of confidence before statistical hypothesis testing was adopted as the main tool for scientific inference, it is unlikely that inferential statistics are the true cause of the current crisis. Reforms exclusively aimed at improving this type of scientific inference, although necessary, are unlikely to be successful in preventing another crisis from happening again in the next decade. Based on an examination of historical commentaries on the state of theory evaluation in psychological science, I will suggest that the only way forward for the empirical social sciences in general, is to join the tapestry weaving guild and establish a consensus science, a science in which “theory and data speak more for themselves” (Fanelli, 2010). In the ‘softer’ fields of empirical science theoretical disputes mainly concern circular ‘special sauce’ arguments: “You did not evidence the phenomenon I study, because you do not know what it takes to evidence the phenomenon I study and neither do I when you ask me to be explicit about it a-priori”.
This transition will not happen overnight, but as I will argue in what follows, the claim of being young and still maturing as a science as an excuse for its delayed occurrence is untenable. The importance of transforming into a consensus empirical science was recognised in the earliest Principia of Psychology. Moreover, I believe it is essential to start this discussion right now, because the Open Science movement has all the potential to play a crucial role in laying down the foundations for a discipline that studies human nature as a natural science within the next decade.
Information Design · 2203017
Understanding Cikapundung
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Literate culture among students: an interview
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Mungkin yang anda maksud "artikel bidang ilmu kebumian" pada jurnal ilmiah.
Mungkin yang anda maksud "artikel" pada jurnal ilmiah.
Untitled Document
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Historical Index Upload Database Technical Documentation
Devemos alongar antes de fazer exercícios?
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Technical Report Template
Research Proposal Template
This should be a brief statement of the problem you plan to address. It should look something like an abstract.
There are 4 kinds of broader impacts. 1. advance discovery and understanding while promoting teaching, training and learning 2. broaden the participation of underrepresented groups 3. disseminated broadly to enhance scientific and technological understanding 4. benefits of the proposed activity to society
Kick off meeting pendirian Center of Excellence (CoE) bidang CCS
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On the frecuency of simple somatic mutations
Genetic instability is a landmark of cancer, but simple patterns may be hidden behind it's complex evolution laws. This paper presents the results of analysing the distribution of mutations accross genes of the ICGC simple somatic mutations data.
Correlation between the structure and chemical composition of biomass chars.
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