본 연구는 중국의 ESG 연구동향, 정부의 제도와 정책, 그리고 시스템과 전략, 성과와 취약점을 분석하 고 이해함으로써 우리나라의 ESG 정책과 전략을 수립하는 데 이론적·정책적 논거로 활용하는 것을 목적으 로 한다. 본 연구는 2015년부터 2022년까지 중국 내 ESG 관련 주요 연구를 수집하여 주제 및 연도별 분류ㆍ검토를 수행했다. 이를 통해 중국 내 시기별 ESG 집중 연구 주제가 변화했고, 중국 정부가 ESG를 국가의 고품질 발전을 위한 중요한 조치로 인식하고 있음을 확인했다. 본 연구는 중국 정부의 ESG 관련 연구 동향과 정책 실시를 고찰한 한국 최초의 연구라고 할 수 있다.

본 연구는 Fuzzy-Delphi법과 DEMATEL-ANP법으로 경관평가 모형을 구축한 뒤 하북성 형태시 소재 칠리하(七裏河)를 사례로 실증 분석한 결과이다. Delphi법에 따른 1차 설문지를 이용하여 최초 54개 지표를 40개 지표로 줄인 후 전문가 Fuzzy-Delphi법에 따른 2차 설문지 및 데이터 처리 결과 모든 평가 지표는 수렴기준에 도달하였다. 평가지표 중간값이 임계값보다 낮은 지표를 삭제한 뒤 최종적으로 22개 지표를 중심으로 도시 하천 호안지역 경관 평가체계를 구성하였다. 도출된 모델은 치수, 친수, 이수, 보수 등 4개 방면의 기능분류이며, 다시 기능적 측면, 안전성 측면, 경관적 측면, 생태적 측면, 사 회경제적 측면 등 5가지 기준으로 유형화되었다. 평가지표 중 영향력이 큰 상위 5개 요인은 수역경관 (C11), 건설투자(C19), 식물피복률(C16), 호안의 친수성(C10), 시각적 조화(C9) 순이었다. 그러나 인문 경관의 다양성(C12)요인의 가중치가 최하위임을 볼 때 도시 하천의 호안경관과 인문경관은 거의 배 제된 상태이며, 자연경관과 수역경관의 상호작용에 더 많은 관심을 기울이고 있음이 확인되었다. 한편 도시 경관평가 체계에서 5개 준칙층의 순서는 경관 미학성> 생태성 > 사회경제성 > 기능성 > 안 전성 순으로 나타났는데 이는 도시 내 수로의 호안 지역 경관의 전체적인 경관 감지와 흡인력을 반영 한 결과로 평가되었다. 칠리하 호안구역의 종합적 경관 평가치는 70.93점으로 만족스러운 수준이지 만 익수사고에 대비한 구조시설(C6) 인문경관의 다양성(C12) 그리고 역사문화 풍습의 구현(C22) 항 목에 있어서는 시급한 개선이 필요한 것으로 밝혀졌다.

북동중국해 대륙붕 표층 퇴적물에서 산출하는 저서성 유공충의 군집 분포와 형성 기작을 파악 하기 위하여 32개 정점에서 표층 퇴적물을 채취하고, 입도조성, 저서성 유공충 군집분석, 14C 연대측정을 실시하였다. 표층 퇴적물은 사질(평균: 52.04%)의 잔류 퇴적물과 니질(평균: 47.92%) 의 현생 퇴적물과의 혼합 퇴적상이다. 저서성 유공충은 총 48속 104종(사질 유공충, 석회질 유리상 및 석회질 자기상 유공충)이 분류되었다. 사질 유공충은 양쯔강 앞 해역으로 산출빈 도(30%)가 증가하며, 부유성 유공충은 제주 남서해역에서 높은 산출빈도를 보인다. 우점종은 Ammonia ketienziensis, Bolivina robusta, Eggella advena, Eilohedra nipponica, Pseudorotalia gaimardii, Pseudoparrella naraensis 총 6종이다. 이들 중 가장 높은 산출빈도를 보이는 Bolivina robusta와 Pseudorotalia gaimardii의 14C 연대측정 결과 각각 2,360±40 B.P., 2,450±40 B.P.로 나 타났다. 군집분석 결과, P. gaimardii 군집, B. robusta 군집 및 A. ketienziensis-P. naraensis 군집 으로 대별된다. 양쯔강 담수 유입 영향을 받는 양쯔강 앞 해역에는 P. gaimardii 군집, 쿠로시오 해류의 영향을 받는 제주도 남서해역에서 B. robusta 군집 그리고 북서측 황해 중앙부 니질대 해역에 A. ketienziensis-P. naraensis 군집이 분포한다. 이러한 저서성 유공충 군집 조성 및 분 포는 약 2.5 ka BP 부터 형성되기 시작하였으며, 홀로세 후기 해수면 상승에 의한 저서 생태계 서식지 환경 변화를 반영하고 있는 것으로 생각된다.

With the rapid development of flexible wearable electronic products, flexible all graphene-based supercapacitors (FGSCs) with reduced graphene oxide rGO//graphene oxide (GO)//rGO structure have attracted substantial attention due to their unique structures and energy storage mechanism. However, restricted by design idea and preparation technology, improvement of capacitance performance for the FGSCs is not obvious recently. Herein, we demonstrate that an interface integration strategy of constructing the high-performance FGSCs with compact structure. Hydroquinone (HQ)-modified rGO (HQ-rGO) films (electrode materials) and sulfuric acid-intercalated GO films (electrolyte/separator) are assembled into the FGSCs utilizing hydrogen bonding and capillary contractility. The HQ further improves the electrochemical capacitance of electrode materials. The synergistic effect of the hydrogen bonding and capillary contractility guarantees compact and stable structure of the device. The resulting FGSCs exhibit an excellent areal capacitance of 804.6 mF cm− 2 (@2 mA cm− 2) and 441 mF cm− 2 (@30 mA cm− 2), and their highest energy and power densities can achieve 109.5 μWh cm− 2 and 21,060 μW cm− 2, respectively. These performances are superior to other all-in-one graphene-based SCs reported. Therefore, the construction technology of the FGSCs is a promising for developing all graphene-based SCs with high-performance.

With the rapid growth of nuclear power in China, a large number of dry wastes, which mainly include the high efficiency particulate air filters (glass fiber), cotton, polyethylene, and absorbent paper with low-level radioactivity and high volume, will be produced during the operation and maintenance of the nuclear power plants. Thermal plasma treatment is a world acceptable technology to incinerate and immobilize radioactive wastes, owing to the high volume reduction factor and the excellent chemical durability of the vitrified waste form. China has developed thermal plasma technology for the treatment of dry wastes from nuclear power plants for more than 15 years and the pilot plant has been constructed. This work will concentrate on the formulation of waste glass fiber to adapt to the vitrification process. A three-component (glass fiber-CaO-Na2O) constrained-region mixture experiment was designed and their viscosity data was mainly studied. The quadratic Scheffé model was used to plot the component effect on melting temperature. The retentions of simulated nuclides, such as Co, Sr, and Cs in the glasses were analyzed. In addition, the glass fiber as a glass matrix to immobilize residual ashes from the thermal plasma gasification of cotton, polyethylene, and absorbent paper was investigated as well.

본 논문은 예수회 선교사들이 16-18세기에 서양 원근법 관련 저서를 중국에 들여오게 된 과정과 맥락을 페어하렌의 『북당 도서관 목록』을 중심으로 고찰해 보았다. 『북당 도서관 목록』에는 예수회 선교 사들이 서양 서적을 매개로 중국의 황제나 사대부층과 대화하려는 접촉점을 마련하려 했던 역사와 노력이 반영되어 있다. 또한, 이 목록에 있는 원근법 저서의 저자와 내용을 살펴보면, 예수회 선교사들이 서양 의 예술 분야의 책뿐만 아니라, 광학, 수학, 천문학 분야의 최신 서적을 통해 중국 지식인들의 관심을 끌어서 하나님의 창조질서나 본성에 관심을 가지게 하려는 선교적 의도가 반영되어 있다. 한편 명말 청초의 중국 지식인층은 서양의 천문학이나 지리학, 수학, 기하학, 예술기법으 로서의 원근법에 커다란 관심을 가졌고, 원근법 책을 번역하는 작업에 도 관심을 가졌다. 물론 서양 선교사들이 중국 지식층에게 서양 학문을매개로 하나님을 알아가게 했던 노력은 의도한 만큼 큰 효과를 거두지는 못했다. 하지만 이러한 문서선교를 통해서 중국의 지식인 계층이 서양 의 학문과 기독교를 좀 더 주체적으로 번역하고 확산할 수 있는 기초작업 을 했다고 본다.

Modi government has developed a somewhat unique affinity for Hindu nationalism, resulting in the adoption of radical policies to make Hindu nationalism rise significantly and become the mainstream ideology in India. However, this radicalisation has led to severe unrest in the society along with religious and ethnic lines, as well as serious antagonism, which in turn led to religious and ethnic dissent in the country. In order to divert nation's attention from pressing issues and channel the nationalists' energies, Modi government adopted aggressive policy orientation & posturing against neighbouring countries, including provoking border conflicts in Dong Lang, Galwan River Valley. This has exerted a significant impact on India's relations with its neighbours, particularly China. Consequently, India’s 'conscious resistance' and xenophobic attitude towards China is increasing which has led to a significant retreat from bilateral relations, obstruction of economic cooperation, and cultural exchanges between the two countries.

This paper investigates the dissemination of Jesuit publications regarding China and the impact of Johan Nieuhoff’s illustrations on the emergence of English Chinoiserie during the seventeenth century. Despite England’s lagging behind the Roman Catholic powers in Chinese research, the works of Mendoza and Jesuit scholars such as Trigault, Semedo, and Martini were widely disseminated in Europe and heavily relied upon by English writers. These works played a complex role in challenging and reinforcing prevailing stereotypes about European civilization. Moreover, Nieuhoff’s illustrations, produced by a Dutch merchant, had a significant impact on English Chinoiserie and were widely employed in practical arts. The extensive readership and influence of Nieuhoff’s illustrations serve as a testament to their significance, which can be seen in the variety of ways in which they were used to reflect the popularity of English Chinoiseries. By examining the cultural trends that followed and the translated publications available in seventeenth century England, it becomes apparent that the works of the Jesuit missionaries and Nieuhoff’s illustrations played key roles in shaping English perceptions of China. Furthermore, their influence on European attitudes towards China during this period provides valuable insight into the development of cross-cultural exchange between Europe and China.

Modi took office as India’s Prime Minister in 2014, and started second term in 2019. In order to safeguard the party interests of the Bharatiya Janata Party(BJP) and the Hindu ethnic groups, Modi administration adopted radical policies to promote Hindu nationalism. These policies led to strong Hindu nationalism, rapidly intensified conflicts with other ethnic groups, and eventually filled India with the sentiment of all ethnic groups. In order to divert the national attention and the energy of nationalism, the Modi administration took aggressive diplomatic measures against the neighboring countries. The Modi administration realized the transformation of domestic religious nationalism into the aggressive diplomacy in China, Pakistan and other countries, but it brought a great impact on India's surrounding diplomatic environment, especially led to significant influence to the relations between China and Pakistan. The Modi administration reversed relations of India-China and India-Pakistan respectively, increased opposition and exclusion between India and these two countries; Indian nationalism broke the fragile balance of the geopolitical situation and posed a danger to peace and development in South Asia, meanwhile China and Pakistan developed a closer partnership.

We investigated the spatial distribution of heterotrophic bacteria associated with different water masses in the northern East China Sea (ECS) in summer. The surface water masses were divided into the Changjiang Diluted Water (CDW) and high salinity water (HSW). In the CDW region, the concentrations of dissolved inorganic nitrogen (DIN) and chlorophyll-a (Chl-a), and micro Chl-a contribution were high; and bacterial abundance (BA) and ciliate abundance (CA) were also high. In the HSW region with relatively low DIN concentrations, Chl-a concentration and micro Chl-a contribution were low, but pico Chl-a contribution was increased compared to those in the CDW region. BA did not show any significant difference from the CDW region, but CA was decreased. BA showed a positive correlation with Chl-a concentration in the CDW region; however, it did not show a significant correlation with Chl-a concentration in the HSW region. The ratio of bacterial carbon biomass/phytoplankton carbon biomass was exponentially increased with a decrease in the Chl-a concentration. Compared to the past (1990-2000s), the surface phosphate concentrations and the size of dominant phytoplankton have recently decreased in the ECS. Considering this trend of nutrient decrease and miniaturization of the phytoplankton, our results indicate that changes in the strength of the oligotrophic water mass could alter the function of the microbial food web.

본 연구는 노인의 야외활동 증진을 위해 고령화가 심각한 중국 산둥성 쯔보시의 도시공원을 대 상지로 노인활동에 적합한 식재경관 조성지표를 탐색·도출하는데 목적이 있다. 객관적이고 적 합한 지표를 설정하기 위해 문헌 고찰, 현장 설문조사, 현장조사를 통해 노인들의 생리적·심리 적 특징, 노인들의 공원 이용특징과 식재경관 의식, 노인 활동공간 내 식재의 의한 공간구성 특 징과 주요 식재수종 및 선호 경관 등을 파악하고 이에 따른 도시공원 노인활동에 적합한 식재경 관을 파악하였다. 그리고 조경식물과 이들 집합체인 식재경관의 기능과 관련된 선행연구를 토 대로 41개 식재경관 지표 후보군을 도출하였다. 적합한 식재경관 조성지표를 선정하기 위하여 전문가 조사를 3회 실시하였다. 조사분석 결과, 전문가의 의견을 근거하여 치유식물과 방향성 식물, 계절에 따라 변화하는 식물의 배치와 사계절 경관, 새를 유인하는 식물과 관과식물 비율, 산소 방출량이 높은 식물과 식물의 공기정화는 통합되었고 교목의 단식을 추가하였다. 중요도 평균값, 내용 타당도, 수렴도, 합의도 등의 분석결과, 방충식물, 식물의 표지기능 등 2개 지표가 중요도 평균값 낮으므로 제외되었다. 식물의 방풍·통풍성, 친근한 식물, 흥미로운 식재, 상록식 물과 낙엽식물의 비율 등 4개 지표가 기준에 부합하지 않아 제거되었다. 최종적으로 조경식물과 이들 집합체인 식재경관의 기능이 표현된 식재경관 조성지표 32개가 선정되었으며, 노인들의 야외활동 증진을 위한 공원설계 및 관리에 필요한 정보와 자료를 제공하는데 연구의의가 있다.

As the Biden administration succeeded President Trump’s chaotic and undisciplined trade and investment policies toward China, the last six months of 2022 have seen significant developments in the US trade law and economic policy toward China. These legislative and regulatory developments bring into sharper focus a broader and more aggressive US legal and regulatory structure fostering industrial policy and confronting China. The recent midterm elections in the US and meeting in Bali between Xi and Biden only seem to maintain the current unsettling state of affairs. The subsequent WTO panel decision against the United States concerning its Section 232 national security tariffs and its rejection of national security defense only further complicates the US-China trade relations. The legislative and regulatory measures emanating from the US in the last half of 2022 are not helpful and represent a worrisome development. These measures are by far more aggressive, with significant domestic and global implications. They portend a new emerging post-WTO order.

RCEP will have a significant impact on ASEAN, China and other contracting parties, significantly enhancing the cooperative levels between ASEAN and other essential economies in the region. It can develop the manufacturing industry in ASEAN and China with higher quality. First of all, this study used the Strengths (S), Weaknesses (W), Opportunities (O) and Threats (T) (SWOT) model to analyze the specific impacts of China’s participation in RCEP on the development of ASEAN’s manufacturing industry. Subsequently, strategic recommendations were put forward for the high-quality development of ASEAN’s manufacturing industry under the RCEP cooperation mechanism from four aspects of SO,WO, ST and WT. As the signing of RCEP provides an excellent development opportunity, the ASEAN member countries should carry out deeper cooperation with China; create new strengths for high-quality development of the manufacturing industry; erect a closer regional industrial chain and the supply chain; and promote the realization of a higher level of regional economic integration between ASEAN and China.

The Regional Comprehensive Economic Partnership Agreement (RCEP) is the world's largest free trade agreement. The RCEP has significant implications for China’s agricultural trade especially in the ASEAN region which is China’s top export market, the second-biggest source of imports for Chinese agricultural products, and largest trading partner in the agricultural sector. To boost trade development, this paper presents a detailed SWOT analysis of China’s agricultural trade with the ASEAN using the RCEP as the research background. Through the RCEP, China’s agricultural products are expected to achieve not only growth in trade scale and trade facilitation, but also stronger economic ties in East Asia. However, the RECP also poses new challenges to China’s agricultural trade structure, core competitiveness, and quality and safety system. Therefore, China should reinforce its brand building, optimize its trade layout, deepen its agricultural transformation, and improve its cooperation to better enjoy the trade dividends brought by RCEP.

This study analyzes traditional women’s Hu costumes of the Tang dynasty, and deploys a creative fashion design to converge contemporary and traditional styles. In this costume, women wear a robe with striped or plain patterns in the lower part of the pants, and it appears frequently in red and yellow colors. Depending on the sleeve, it is either a round collar or a turn down collar robe. In the Hu hat, the huntuomao and juanyanxumao were leather and mili and weimao were used to prevent the sand from flowing. This study uses the CLO 3D program with the “moment” theme based on the Hu costume for women to deploy 4 pairs of fashion design and to produce works for 2 pairs. The 3D virtual clothing program demonstrates important effects in design deployment and pattern arrangement through its efficiency and convenience of clothing production. The CLO 3D program was closely combined with the 2D design and the 3D affect, and it heightened the efficiency in saving the processing time and energy of the sample clothes. Through facilitating the 3D digital fashion design, the production may reduce time needed and contribute to an effective economy, and it may compare digital fashion design to actual products as well as illustrate the potential of digital fashion design.