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No description available.

No description available.

No description available.

The subject of this study is a curricular model in word processing for post-secondary programs of business education. The study had the following purposes: to survey the present emphasis upon word processing in programs of business education; to survey the current use of word processing in business; to identify the characteristic form of word processing systems; to survey the need for qualified personnel for employment in word processing; to evaluate current educational practices in educating individuals for positions in word processing; and to utilize findings from both business and education to construct a curricular model for post-secondary educational institutions. The data results included the following findings: 1) no separate word processing course was offered by 73.8 percent of the responding post-secondary educational institutions; 2) a word processing program was offered by 2.4 percent of the responding institutions; 3) typing and English were common prerequisites to word processing course; 4) most of the teaching materials used in the courses were vendor products or teacher-constructed; 5) most of the interviewees felt that from three to six months' training on the equipment was necessary for proficiency; 6) in the overall comparison of all education responses to all business responses on the rating sheets, 37.7 percent of the 45 items showed a significant difference.

In this study, the effect of the word processor on third semester Spanish students at the University of Arizona was examined. The study was performed over two semesters, using a control and an experimental group each time. The communicative language approach for second language learning was implemented in a cooperative learning environment for both control and experimental groups. Control groups used paper and pencil to write their class essays and experimental groups used the word processor. The experimental groups outperformed the control groups. The semester variable by itself was also significant. However, there was no significant interaction between group and semester. Replication studies are needed to validate the results of this study.

Approved for public release; distribution is unlimited / Because of the unique features of electromagnetic pulse (EMP) and Hazardous Electromagnetic Effects on Ordnance (HERO), much research and money has gone into protecting weapon systems and ordnance against it. The EMP and HERO phenomena do have a variety of differences and require differences of hardening technique to protect against it. However, they both involve radiation effects and can prematurely initiate ordnance via the electroexplosive device (EED). Protection of weapon systems and ordnance against electronic damage and upset plus EED initiation takes on more of an art form rather than science once basic principles are applied. Nevertheless by relating these two programs via the initiating temperature of the EED. they can be accurately compared with each other. Because of this observation, the two programs can be effectively combined to work jointly on ordnance hardening and protection including all forms of radiation type hazards, present and future. / http://archive.org/details/comparisonofemph00boga / Lieutenant. United States Navy

Approved for public release; distribution is unlimited / A computer model of the Coanda Refraction Jet Engine Test Cell facility was developed using the PHOENICS computer code. The PIIOENICS code was utilized to determine the steady state aerothermal characteristics of the test cell during the testing of an E404 gas turbine engine with afterburner in operation. Computer generated aerothermodynamic field variables of pressure, velocity and temperature parameters were compared to operational field test data. Observations regarding compared results as well as system behavior are presented. Additionally, recommendations of the applications of PHOENICS to future modeling projects are made. / http://archive.org/details/aerothermodynami00mara / Lieutenant, United States Navy

It is well documented in the literature that bilingual speakers simultaneously activate both languages during spoken language processing (e.g., Marian & Spivey, 2003). However, parallel activation can lead to competition between the two languages (e.g., Blumenfield & Marian, 2013; Freeman, Shook, & Marian, 2016). The Unified Competition model (UCM) provides a theory as to how bilingual speakers navigate through two languages while different linguistic cues are competing (MacWhinney, 2005). The UCM proposes that cues are used to process language, based on cue validity (the product of how reliable and available a cue is), which is determined by cue strength (a measure based on conflict reliability; how reliable a cue is when it directly conflicts with others). Two likely cues bilingual speakers use while processing a novel spoken word are linguistic environment (the language being spoken around them) and phonotactic probability (the probability of the sounds making up a novel word). Applying the theory of the UCM this study sets to answer the following general question: How do Spanish/English bilingual adults assign language membership to nonwords when linguistic environment and phonotactic cues are competing? The current study consisted of twenty-two Spanish/English adults who listened to 96 nonwords that corresponded to three different groups based on phonotactic probability: Language Exclusive (the phonotactics of the nonwords designated them as either Spanish only or English only), High-Low (the nonwords had high phonotactic probability in one language and low probability in the other), and Ambiguous (the nonowords had similar phonotactic probability in both languages). The participants were tested in one of two linguistic environments (primarily English with some Spanish code-switching or primarily Spanish with some English code-switching) and partook in a two-alternative forced choice listening test (participants determined if each nonword was either Spanish or English). The language membership decision was measured via verbal response and eye-tracking using EyeLink 1000 Plus measuring eye gaze, number of fixations and switches. In general, results indicated that Spanish/English bilingual adults relied only on phonotactic probability when making language membership decisions, but not as strongly as may be suggested by the UCM. The results of this study suggest that environmental cues are not strong enough to impact spoken language processing in Spanish/English bilingual adults and that phonotactic probability is likely a more easily accessible (and therefore more commonly used) cue.

The present study examines native and nonnative perceptual processing of semantic information conveyed by prosodic prominence. <br>Five groups of German learners of English each listened to one of 5 experimental conditions. Three conditions differed in place of focus accent in the sentence and two conditions were with spliced stimuli. <br>The experiment condition was presented first in the learners’ L1 (German) and then in a similar set in the L2 (English). The effect of the accent condition and of the length and position of the target in the sentence was evaluated in a probe recognition task. <br>In both the L1 and L2 tasks there was no significant effect in any of the five focus conditions. Target position and target word length had an effect in the L1 task. Word length did not affect accuracy rates in the L2 task. For probe recognition in the L2, word length and the position of the target interacted with the focus condition.