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Canto, Luiz Filipe C.,de Seixas, Andrea Techno-Press 2021 Structural monitoring and maintenance Vol.8 No.4
The objective of this work was to develop a methodology for geodetic monitoring on onshore wind towers, to ascertain the existence of displacements from object points located in the tower and at the foundation's base. The geodesic auscultation was carried out in the Gravatá 01 and 02 wind towers of the Eólica Gravatá wind farm, located in the Brazilian municipality of Gravatá-PE, using a stable Measurement Reference System. To verify the existence of displacements, pins were implanted, with semi-spherical surfaces, at the bases of the towers being monitored, measured by means of high-precision geometric leveling and around the Gravatá 02 tower, concrete landmarks, iron rods and reflective sheets were implanted, observed using geodetic/topographic methods: GNSS survey, transverse with forced centering, three-dimensional irradiation, edge measurement method and trigonometric leveling of unilateral views. It was found that in the Gravatá 02 tower the average rays of the circular sections of the transverse welds (ST) were 1.8431 m ± 0.0005 m (ST01) and 1.6994 m ± 0.0268 m of ST22, where, 01 and 22 represent the serial number of the transverse welds along the tower. The average calculation of the deflection between the coordinates of the center of the circular section of the ST22 and the vertical reference alignment of the ST1 was 0°2'39.22" ± 2.83" in the Northwest direction and an average linear difference of 0.0878 m ± 0.0078 m. The top deflection angle was 0°8'44.88" and a linear difference of ± 0.2590 m, defined from a non-linear function adjusted by Least Squares Method (LSM).
Fairness Optimization for IRS-assisted Uplink with Two-User NOMA
Luiggi Cantos(루이지 칸토스),Jihyun Choi(최지현),Yun Hee Kim(김윤희) 한국통신학회 2022 한국통신학회 학술대회논문집 Vol.2022 No.2
We consider the max-min rate problemf for the intelligent reflecting surface (IRS)-assisted uplink with two-user nonorthogonal multiple access (NOMA). We provide the power allocation and IRS phase shift optimization algorithm based on the alternating optimization approach by taking into account two possible successive interference cancellation (SIC) orders.
Abigail U. Canto,Paulette N. Dominguez,Cecilia A. Jimeno,Jerry M. Obaldo,Ruben V. Ogbac 대한내분비학회 2016 Endocrinology and metabolism Vol.31 No.1
Background: Radioactive iodine as a treatment modality has been shown in several studies to be a safe and effective therapy for Graves disease. However, there is still no uniformity regarding optimal dosing method. The aim of this study is to compare the efficacy of calculated and fixed dosing of radioiodine for the treatment of Graves disease. Methods: A hundred twenty-two patients diagnosed with Graves disease were randomized to receive either fixed or calculated dose of radioiodine. Those randomized to fixed activity received either low fixed activity at 9.9 mCi for thyroid gland size <40 g or high fixed activity at 14.9 mCi for thyroid gland size 40 to 80 g, and those grouped to calculated activity received 160 µCi/g of thyroid tissue adjusted for 24 hours radioiodine uptake. Thyroid function tests (free thyroxine [T4] and thyroid stimulating hor mone [TSH]) were monitored at 10, 16, and 24 weeks after radioactive iodine therapy. The primary outcome, treatment failure was defined as persistently elevated free T4 and low TSH. Results: Of the 122 patients randomized, 56 in the fixed dose group and 56 in the calculated dose group completed the follow up. At the end of 6 months, the percentage of treatment failure was 37.50% in the calculated dose group versus 19.64% in the fixed dose group with a relative risk of 0.53 (95% confidence interval, 0.28 to 0.98) favoring the fixed dose group. Conclusion: Fixed dose radioiodine has a significantly lower incidence of persistent hyperthyroidism at 6 months post-radioac tive therapy.
정봉남,Tomas Canto,Francisco Tenllado,최경산,Jae Ho Joa,안정준,김준환,도기석 한국식물병리학회 2016 Plant Pathology Journal Vol.32 No.4
We examined the effects of temperature on acquisition of Potato virus Y-O (PVY-O), Potato virus A (PVA), and Potato leafroll virus (PLRV) by Myzus persicae by performing transmission tests with aphids that ac-quired each virus at different temperatures. Infection by PVY-O/PVA and PLRV increased with increasing plant temperature in Nicotiana benthamiana and Phy-salis floridan, respectively, after being transmitted by aphids that acquired them within a temperature range of 10–20oC. However, infection rates subsequently decreased. Direct qRT-PCR of RNA extracted from a single aphid showed that PLRV infection increased in the 10–20oC range, but this trend also declined shortly thereafter. We examined the effect of temperature on establishment of virus infection. The greatest number of plants became infected when N. benthamiana was held at 20oC after inoculation with PVY-O or PVA. The largest number of P. floridanaplants became in-fected with PLRV when the plants were maintained at 25oC. PLRV levels were highest in P. floridanakept at 20–25oC. These results indicate that the optimum temperatures for proliferation of PVY-O/PVA and PLRV differed. Western blot analysis showed that ac-cumulations of PVY-O and PVA coat proteins (CPs) were lower at 10oC or 15oC than at 20oC during early infection. However, accumulation increased over time. At 25oC or 30oC, the CPs of both viruses accumulated during early infection but disappeared as time passed. Our results suggest that symptom attenuation and re-duction of PVY-O and PVA CP accumulation at higher temperatures appear to be attributable to increased RNA silencing.