Study and Practice of ＂Harmonious Teaching Method＂ in Art Course Teaching of College Physical Education Taking College Sports Dance Teaching As an Example

The ultimate goal of college personnel training is ＂comprehensively implementing quality-oriented education and cultivating innovation-oriented personnel＂. The application of ＂harmonious teaching method＂ in the sports dance teaching of general colleges can help theoretically analyze the teaching process of existing sports dance actions and reveal the main reason for the gap with the goal of ＂comprehensive harmonious development＂, and also can verify the theoretical analysis results. Therefore, using teaching experiment method, experiment class and control class were selected for implementing two different teaching methods. Difference T test of small samples average was made on the acquired data for revealing the teaching effect difference between two different teaching methods. The result shows that the difference between two teaching methods was significant. The application of ＂harmonious teaching method＂ in the sports dance teaching of physical education of general colleges plays a certain positive role in training the comprehensive and harmonious moral, intellectual and physical developments of college students.

Professor Pei Ruixia's ExperienAce in Treating Diabetes with the"Harmony Method"

This paper introduces professor Pei Ruixia's experience in the treatment of diabetes with the"harmony method." Professor Pei believes that the pathogenic factors of diabetes are mainly divided into emotional and dietary factors,and the essence of diabetes are not in harmony of the human body.Thus,its treatment is to"make it harmonious."It is good to use the method of"clearing and harmonizing,"appropriately using Xiaochaihu decoction,paying attention to the compatibility of drugs,and taking care of spleen and stomach,as well as Qi.

“和法”与针刺联合西药治疗合并焦虑抑郁的肝胃不和型胃食管反流病临床观察

目的:观察“和法”与针刺联合西药治疗合并焦虑抑郁的肝胃不和型胃食管反流病的临床疗效。方法:将符合纳入标准的93例患者随机分为3组,每组31例。西药组给予奥美拉唑肠溶胶囊、多潘立酮片、氟哌噻吨美利曲辛片口服治疗,中西药组在西药的基础上加“和法”汤剂口服治疗,中西药+针刺组在中西药的基础上加针刺治疗,3组患者疗程均为8周。观察3组患者的临床疗效,比较3组患者治疗前后中医症状积分、胃镜下黏膜积分、焦虑自评量表(SAS)积分以及抑郁自评量表(SDS)积分。结果:3组患者治疗前中医症状积分、胃镜下黏膜积分、SAS积分、SDS积分比较差异无统计学意义(P>0.05),3组患者治疗后中医症状积分、胃镜下黏膜积分、SAS积分、SDS积分均有所下降,3组患者积分比较差异有统计学意义(P<0.05),中西药+针刺组患者积分明显低于其他2组患者。西药组患者总有效率为71.0%,中西药组患者总有效率为80.6%,中西药+针刺组患者总有效率为93.5%,3组患者临床疗效比较差异有统计学意义(P<0.05)。结论:“和法”与针刺联合西药治疗合并焦虑抑郁的肝胃不和型胃食管反流病疗效确切,可有效改善患者胃镜下黏膜糜烂面,提高患者生活质量,促进身心健康。

基于“和法”探析儿童功能性便秘的辨治思路

小儿功能性便秘是儿科常见疾病之一,本研究旨在探讨该病的中医治疗思路,以“和法”为核心理论框架。首先,追溯“和”法的历史渊源和理论内涵,深入阐述了其核心概念及应用背景。其次,认为“气机失和,传导失司”为本病的核心病机,着重强调气机与大肠之间相互联系。并进一步深入探讨了治疗该病的原则,提出了“祛邪扶正,和调气机,通达肠腑”为治疗策略的核心,包括内外协调、脏腑平衡、津液维护、情志调节和饮食安排等方面。本研究拓展了儿童功能性便秘治疗的理论视野,突显了中医传统理论在处理小儿消化问题中的关键地位,有望为改善儿童功能性便秘提供有益的指导。

“两业”融合推动河北省制造业高质量发展路径探索

制造业高质量发展是经济高质量发展的重中之重。河北省作为制造业大省,大而不强的问题仍然突出。如何通过“两业”深度融合推动河北省制造业高质量发展与制造业强省建设是亟须解决的问题。本文在阐释“两业”融合推动制造业高质量发展理论机制的基础上,构建评价体系测度了河北省“两业”融合水平与制造业高质量发展现状,借鉴国内外先进经验,提出促进“两业”深度融合的策略。研究发现,河北省“两业”融合发展处于中等水平,耦合度高于耦合协调度,服务业对制造业的带动作用尚未充分发挥;制造业高质量发展整体呈显著上升趋势,但数字化与开放合作水平波动不定,绿色发展水平有缓慢下滑之势。因此需要进一步细化政策效能、通过创新生态环境和汇集数字人才,扩大高水平对外开放,助力“两业”融合发展。

和合共生:大学校园更新设计体系新范式

大学校园作为人类社会文明进步的标志和传承先进文化的场所,在城市发展与变革中始终扮演着重要角色。校园空间不断更迭,但并不存在真正理想的状态。本文立足于浙江大学平衡建筑研究中心的“和合共生”理念,通过分析、总结浙江大学建筑设计研究院有限公司在校园规划与更新设计领域的实践经验,提出大学校园更新设计体系新范式,基于五大更新特质、五大营建策略与五大设计路径,为量多、面广的大学校园更新提供更普适、具体、深入的理论方法和实践路径。

冯晓纯教授用主客交病理论治疗小儿腺样体肥大经验

儿童腺样体肥大是儿科常见病、多发病,目前西医多采取有创治疗,但术后易复发、感染,不易被接受。中医药保守治疗可缩小腺样体体积,减轻鼻塞、打鼾、开口呼吸等临证症状,可使部分患儿避免手术、复发患儿避免二次手术,因此被广大患儿及家长接受。冯晓纯教授根据中医经典“主客交病”理论,采用“疏瘀和营,入阴搜邪”法,应用加减三甲散治疗本病,临床取得了显著效果。

An Improved Particle Swarm Optimization Algorithm with Harmony Strategy for the Location of Critical Slip Surface of Slopes

The determination of optimal values for three parameters required in the original particle swarm optimization algorithm is very difficult. It is proposed that two new parameters simulating the harmony search strategy can be adopted instead of the three parameters which are required in the original particle swarm optimization algorithm to update the positions of all the particles. The improved particle swarm optimization is used in the location of the critical slip surface of soil slope, and it is found that the improved particle swarm optimization algorithm is insensitive to the two parameters while the original particle swarm optimization algorithm can be sensitive to its three parameters.

A precise tidal prediction mechanism based on the combination of harmonic analysis and adaptive network-based fuzzy inference system model

An efficient and accurate prediction of a precise tidal level in estuaries and coastal areas is indispensable for the management and decision-making of human activity in the field wok of marine engineering. The variation of the tidal level is a time-varying process. The time-varying factors including interference from the external environment that cause the change of tides are fairly complicated. Furthermore, tidal variations are affected not only by periodic movement of celestial bodies but also by time-varying interference from the external environment. Consequently, for the efficient and precise tidal level prediction, a neuro-fuzzy hybrid technology based on the combination of harmonic analysis and adaptive network-based fuzzy inference system（ANFIS）model is utilized to construct a precise tidal level prediction system, which takes both advantages of the harmonic analysis method and the ANFIS network. The proposed prediction model is composed of two modules： the astronomical tide module caused by celestial bodies’ movement and the non-astronomical tide module caused by various meteorological and other environmental factors. To generate a fuzzy inference system（FIS） structure,three approaches which include grid partition（GP）, fuzzy c-means（FCM） and sub-clustering（SC） are used in the ANFIS network constructing process. Furthermore, to obtain the optimal ANFIS based prediction model, large numbers of simulation experiments are implemented for each FIS generating approach. In this tidal prediction study, the optimal ANFIS model is used to predict the non-astronomical tide module, while the conventional harmonic analysis model is used to predict the astronomical tide module. The final prediction result is performed by combining the estimation outputs of the harmonious analysis model and the optimal ANFIS model. To demonstrate the applicability and capability of the proposed novel prediction model, measured tidal level samples of Fort Pulaski tidal station are selected as the testing database. Simulation and experimental results confirm that the proposed prediction approach can achieve precise predictions for the tidal level with high accuracy, satisfactory convergence and stability.

An Accurate Multimoment Constrained Finite Volume Transport Model on Yin-Yang Grids

A global transport model is proposed in which a multimoment constrained finite volume （MCV） scheme is applied to a Yin-Yang overset grid. The MCV scheme defines 16 degrees of freedom （DOFs） within each element to build a 2D cubic reconstruction polynomial. The time evolution equations for DOFs are derived from constraint conditions on moments of line-integrated averages （LIA）, point values （PV）, and values of first-order derivatives （DV）. The Yin-Yang grid eliminates polar singularities and results in a quasi-uniform mesh. A limiting projection is designed to remove nonphysical oscillations around discontinuities. Our model was tested against widely used benchmarks; the competitive results reveal that the model is accurate and promising for developing general circulation models.

Harmoniousness analysis of total amount control of water use

Based on the fundamental principles of total amount control of water use, the harmony theory was used in this study to develop a concept of the degree of harmony of total amount control of water use. Based on this concept, the harmoniousness of total amount control of water use was analyzed in terms of the supply and demand of water resources, water resources management, water use benefits, and water-saving level. An evaluation index system of the degree of harmony of total amount control of water use was established, and a method for calculation of the degree of harmony of total amount control of water use was developed based on the analytic hierarchy process （AHP） and fuzzy comprehensive analysis （FCA） methods. The new evaluation index system was applied to a certain area in Jiangsu Province, China. The degree of harmony of total amount control of water use over this area was calculated for different years. Results indicate that the evaluation index system and calculation method proposed in this study are feasible, and such a harmoniousness analysis can provide scientific references for the strict water resources management system that will be implemented in China in the near future.

基于Harmony系统工程的IMA应用开发

介绍了结合Harmony系统工程(SE)建模方法进行综合模块化航空电子(IMA)系统应用的开发,采用Rhapsody Harmony框架作为系统设计工具,在IMA应用软件需求进行分析的基础上创建软件模型,对系统的用例图、活动图、时序图、内部块图以及状态图进行了分析.阐述了在软件模型的基础上,基于Vx Works 653操作系统(OS)的IMA应用开发过程,涉及到模块操作系统的构建、分区操作系统的构建、应用的构建以及综合的构建,其中,模块操作系统的构建涉及到核心操作系统Makefile的开发,分区操作系统的构建涉及到分区操作系统配置表以及其Makefile的开发,应用的构建涉及到应用源程序、应用配置表以及其Makefile的开发,综合的构建涉及到模块配置表以及其Makefile的开发,将应用加载到IMA模块上进行了功能测试,IMA应用运行状态与Harmony软件模型行为一致.

Application of the Characteristic CIP Method to a Shallow Water Model on the Sphere

Semi-implicit algorithms are popularly used to deal with the gravitational term in numerical models. In this paper, we adopt the method of characteristics to compute the solutions for gravity waves on a sphere directly using a semi-Lagrangian advection scheme instead of the semi-implicit method in a shallow water model, to avoid expensive matrix inversions. Adoption of the semi-Lagrangian scheme renders the numerical model always stable for any Courant number, and which saves CPU time. To illustrate the effciency of the characteristic constrained interpolation profile （CIP） method, some numerical results are shown for idealized test cases on a sphere in the Yin-Yang grid system.

A Scientific Perspective of the Three Harmonies Principle of Taijiquan

The Three Harmonies helps to regulate whole-body motion in harmony by balancing and aligning the movements of the body segments.Taijiquan uses the fangsong-relaxation modality to resolve the switching back and forth of the active muscle forces and the passive tensional forces of tendons,ligaments and fascial tissues.Fangsong induces the modulation of the muscles to resettle in a better state of balance,thus is necessarily a manipulation of the fascial tissues enveloping the muscles,organs and structures.In so doing,fangsong-relaxation cultivates the cognition and sensation of the fascial tensional network,which traditional Taiji theory refers to as Qi.Taijiquan harnesses Qi in the discipline of body motion to balance and align the momenta of the body segments in force transmission.This gives rise to maximal force potential in balance-the force of neijin(internal strength)-in response of application.Crucially,the settling into balance by fangsong functions as a neutral countermovement in the stretch-shorten cycle that primes the muscle-tendon unit in an ever-ready state of action,which endows neijin with the liveliness of response.Secondly,the fangsong manipulation of the fascial tissues serves as a fascial massage and release that provides relief to chronic pain syndrome caused by tenseness of muscles and fascia,a therapy that accrues with the many health benefits of Taijiquan.Lastly,but not least,the attentiveness required in the fangsong process develops into the meditation component of the practice which brings tranquility and the insight of mindfulness.Taijiquan thus bestows the triple gems of neijin,health well-being,and equanimity.

人与自然和谐共生现代化评价指标体系构建研究——以福建省南平市为例

以福建省南平市为研究区,采用频度分析和专家咨询法构建了生态保护(B_(1))、产业发展(B_(2))、乡村振兴(B_(3))、文化建设(B_(4))、碳汇交易(B_(5))、机制保障(B_(6))6个一级和30个二级指标体系,利用层次分析法结合TOPSIS法进行人与自然和谐共生现代化发展评价.结果表明,南平市人与自然和谐共生现代化发展综合分值77,处于提高发展T2阶段,现代化发展排序为乡村振兴(B_(3))>生态保护(B_(1))>产业发展(B_(2))>机制保障(B_(6))>碳汇交易(B_(5))>文化建设(B_(4)).各部分的发展不均衡,建议南平市从优化森林管护机制、发展适度规模经营、弘扬优秀生态文化等方面解决发展与保护的问题.

特高压输电线路塔线体系风振响应特性及对登塔人员影响分析

登塔是输电线路施工、巡视和检修的重要技术手段,而特高压输电线路截面大且为高耸的塔线耦合的弱阻尼系统,其风致振动特性及其对登塔作业人员的影响对确保作业和人员安全具有重要意义。针对±800 kV直流输电线路建立了输电线路塔线耦合体系有限元模型,基于风速随高度变化的Kaimal谱和谐波叠加法生成了2 m高风速分别为6、8、10 m/s的风速时程,应用模拟的风荷载对三塔两线体系在A、B两种地形下的风振响应进行了时域分析,并讨论了铁塔振动对登塔作业人员的影响。结果表明:在2 m高风速为6 m/s时,A、B塔线体系整体风速都没有超过10 m/s,铁塔各部位风致振动的位移较小,典型作业位置处作业人员基本没有不舒适感;在2 m高风速为10 m/s时,铁塔横担以及地线支架处位移较大,作业人员的登塔作业人员感到极不舒适,存在高空坠落风险。建议登塔作业人员测量风速时将地面测量的风速修正到作业位置高度处,修正值小于10 m/s再进行登塔作业。

经方“和法”治疗恶性淋巴瘤

张仲景被誉为“医方之祖”,其所著《伤寒杂病论》载方200余首,因其效如桴鼓,后世尊称为“经方”。“经方”的组方原理蕴含了“汗、吐、下、和、温、清、消、补”八法,其中“和法”可谓治疗之基本大法。通过对《伤寒杂病论》中“和法”经方的相关条文进行梳理及查阅文献,探源和法经方对治疗恶性淋巴瘤的重要的理论依据及临床指导意义,并结合倪海雯主任运用和法的心得体会及医案,以期为恶性淋巴瘤中西医结合诊疗提供新的思路。

基于磷虾群-和声混合算法与响应面法的隧道围岩力学参数反演分析方法研究

为提高围岩力学参数反演分析效率,提出了一种基于磷虾群-和声混合算法与响应面法的反演分析方法。该方法将诱导权重与觅食权重自适应调整的磷虾群算法与微调带宽动态变化的和声搜索算法进行种群分化与融合,提出了磷虾群-和声混合算法以扩大搜索空间和提高收敛速度;利用响应面法构建了反演参数与有限元计算位移值之间的关系从而避免了大量的有限元计算以节省计算时间。将本文方法用于反演青岛地铁4号线大河东站折返线区间断面Z(Y)DK30+665.91的围岩参数,对比分析发现:磷虾群-和声混合算法较之磷虾群算法与和声搜索算法具有较高的搜索效率;其计算位移值与设定位移值基本吻合,平均相对误差为3.78%,验证了本文方法的有效性。

王雪华教授运用“和法”辨治内伤发热证验案二则

列举二则临床验案回顾性分析,记述一则小儿不明原因发热案例、一则妇人热入血室案例的诊治过程,分析其理法方药,探究“和法”治疗内伤发热的临证思路与经验,为不明原因发热及热入血室证的临床实践提供借鉴。

基于可靠性提升度的配电系统薄弱线路评估方法

坚强的网架结构能够显著减少配电系统的停电范围和停电时间,提高配电系统供电的可靠性,而完善网架结构的措施主要包括线路开关的自动化改造和优化规划。提出一种配电系统薄弱线路评估方法,为筛选出系统中网架结构薄弱的线路提供理论依据。基于不同开关优化措施,提出可靠性提升度指标,从供电可靠性角度评价中压网架结构。为计算可靠性提升度,提出一种改进的和声搜索群算法,获取可靠性提升度最大的开关分布场景。提出以熵权-模糊-VIKOR的中压网架结构综合评价方法,对网架结构可靠性进行综合评价。选取某地区30回线路进行算例分析,结果表明所提方法能够有效筛选出网架结构薄弱的线路,实现开关优化规划项目的精准定位。