In the context of global digital transformation and the rising prominence of maker education,this study explores the innovative integration of digital modeling technologies with traditional Nixing Pottery craftsmanshi...In the context of global digital transformation and the rising prominence of maker education,this study explores the innovative integration of digital modeling technologies with traditional Nixing Pottery craftsmanship.By constructing a teaching framework under maker education theory,the research investigates how 3D modeling,CAD design,and 3D printing technologies can empower learners to address challenges in cultural heritage preservation and artistic innovation.Through experimental teaching and case analysis,the study verifies that this integrated approach significantly enhances learners’digital literacy,creative thinking,and cultural identity while optimizing Nixing Pottery’s production processes and design possibilities.The findings contribute to theoretical models of technology-enhanced craft education and provide practical pathways for the digital transformation of intangible cultural heritage.展开更多
In Côte d’Ivoire, there is no regulation regarding the use of traditional ceramics in food. However, their possible impact on human health is not known. Two types of tests must be carried out to study container/...In Côte d’Ivoire, there is no regulation regarding the use of traditional ceramics in food. However, their possible impact on human health is not known. Two types of tests must be carried out to study container/content interactions in order to ensure a possible migration of ceramic constituents towards food. The aptitude test of food contact with traditional ceramics intended to come into contact with foodstuffs which determines lead, cadmium, cobalt, arsenic and aluminum release. The migration tests with traditional ceramic food simulants under contact time and temperature conditions are as close as possible to reality. In the aptitude tests of food contact, the utensils comply with French and European regulations concerning the migration of aluminum, cadmium and lead, except that of cobalt. In migration tests with food simulants, the ceramics presented different results. All utensils can be used without danger, except the plates.展开更多
This article describes the measurement of internal alpha dose-rate in pottery using ultrathin CaSO4: Tin thermoluminescence dosimeter. Among the advantages ofthe techllique are not only convenience, accuracy, lowcost,...This article describes the measurement of internal alpha dose-rate in pottery using ultrathin CaSO4: Tin thermoluminescence dosimeter. Among the advantages ofthe techllique are not only convenience, accuracy, lowcost, but also the beta dose--ratefrom pottery can be obtained at the same time.展开更多
Geophagia (the pica of pottery, clay, earth, or dirt) is practiced before and during pregnancy in several countries, including Mexico, Turkey, Australia, and some African countries, and has been linked with cultural f...Geophagia (the pica of pottery, clay, earth, or dirt) is practiced before and during pregnancy in several countries, including Mexico, Turkey, Australia, and some African countries, and has been linked with cultural fertility beliefs and the satisfaction of cravings. Unfortunately, consumption of contaminated pottery can represent a source of lead exposure. Concerns regarding ingested pottery are two-fold;first, that people consuming these pots might be exposed to high concentrations of lead, and, second, that ingestion of these pots by pregnant women could result in elevated in utero lead exposure for the fetus. Very few published articles exist on this topic. In an effort to investigate “pot eating”, this study aims to summarize published case studies on lead poisonings resulting from consumption of contaminated pottery. Additionally, several pottery items that are sold for the purpose of consumption were located and analyzed. This paper investigates the risk that “pot eating” poses by reviewing the literature, examining case studies, and analyzing the availability and lead concentration of edible pottery. Preliminary research indicates that although it is not common, “pot eating” can represent a high-risk lead exposure for pregnant women and their fetuses.展开更多
To study the impacts of nanometer pottery trays （NPTs） on different rice varieties, three rice varieties, Zhongzheyou 1, Jinzao 47 and Xiushui 09, were treated with four NPTs （NPT-A, NPT-B, NPT-C and NPT-D） with d...To study the impacts of nanometer pottery trays （NPTs） on different rice varieties, three rice varieties, Zhongzheyou 1, Jinzao 47 and Xiushui 09, were treated with four NPTs （NPT-A, NPT-B, NPT-C and NPT-D） with different energies, respectively. The results showed that when the same rice variety was treated with different NPTs or different rice varieties were treated with the same NPT, the impacts on seed germination rate, seedling growth, plant height, panicle length and weight, the number of filled grains, seed-setting rate and 1000-grain weight varied between different rice variety-NPT interaction groups. In general, high energy NPT-C and NPT-D treatments obviously enhanced the functions of most examined rice characters. For example, NPT-C and NPT-D treatments improved the germination rate of all the three rice varieties, and promoted the root growth of seedlings, and increased seedling fresh weight, single panicle weight, filled grain number per panicle, seed-setting rate and 1000-grain weight. On the contrary, low energy NPT-A treatment restrained the seed germination rate in Jinzao 47 and Zhongzheyou 1, and decreased the seedling fresh weight in Zhongzheyou 1. NPT-B treatment restrained the seedling growth in Jinzao 47 but increased the panicle length of Zhongzheyou 1. NPT-A and NPT-C treatments obviously decreased the 1000-grain weight in Xiushui 09. Therefore, when treating crop seeds or plants using nanomaterials or nanotechnologies, different types of crops/varieties should select the nanomaterials or nanotechnologies with suitable energies to reduce the negative effects.展开更多
From the beginning of the 20th century, development in the archaeology of relics in the new stone age of China broke the traditional idea of "all nations have the same origin" and " regions are always u...From the beginning of the 20th century, development in the archaeology of relics in the new stone age of China broke the traditional idea of "all nations have the same origin" and " regions are always united" , and understood the early Chinese culture with a more diversed orientation. However, this diversity of early cultures cannot conceal the unification of cultures and politics. Cur- rently, the determination on the diversity of pre -history Chinese culture mainly relys on the forms of pottery in different regions. Com- pared with apperance of copper, pottery not only gets continued but cross regions manufacturing mode. Thus, the change from pottery to copper formed the most suitable symbol for the Chinese culture. Therefore, the legend of Xia molded nine cauldrons and modular paint- ing of Yin - Shang copper wares provided proof of aethestic, politics and even thelogy for early Chinese unification idea. The domestic aethestic circle's study on pre - history pottery and copper need to change this self - blocking studying method.展开更多
Generally, the walls of ceramic ware are thin and the sample to be used for TL dating has to be collected from 1￣2mm under the surface.This call introduce significant error into the dating method.Therefore,the result...Generally, the walls of ceramic ware are thin and the sample to be used for TL dating has to be collected from 1￣2mm under the surface.This call introduce significant error into the dating method.Therefore,the results of a series of simulated experiments are reported on the build-up effect of the internal β dose response in different thicknesses of pottery fragments (involving tile and brick).Correction factors,corresponding to different thicknesses,and correction 'depths' are proposed in terms of the experimental findings which may be incorporatd into the dating methods.展开更多
A rapid and effective TL technique to authenticate ancient Chinese pottery is proposed in the paper. Twenty three samples, ranging in age from 200 to 9000 a,including multiple styles and shapes and drawn from diverse ...A rapid and effective TL technique to authenticate ancient Chinese pottery is proposed in the paper. Twenty three samples, ranging in age from 200 to 9000 a,including multiple styles and shapes and drawn from diverse and remote areas in China have been used to establish the typical annual dose as 5.5mGy/a and its associated deviation. Ten unauthenticated samples are then appraised using the technique which,in nearly all cases, leads to satisfactory results.展开更多
In this paper,based on the one-dimensional（1D） optical superlattice model,we calculate the average reflectivities（ARs） of leaded ancient pottery（AP） made within the last 2000 years,and find that for incident lig...In this paper,based on the one-dimensional（1D） optical superlattice model,we calculate the average reflectivities（ARs） of leaded ancient pottery（AP） made within the last 2000 years,and find that for incident light with a suitable wavelength,the AR of the leaded AP increases monotonously with the increase in the layer number of the silvery glaze（SG） media.Based on this property,we propose an optical nondestructive method for identifying the age of leaded AP by detecting the AR.By using the exhaust algorithm and the discriminant function of variance,we obtain the optimal wavelength range of the incident light to identify the ages of the leaded AP.It is found that in the visible light band,if we choose green light with a wavelength range of 540-540.1 nm as the incident light,leaded AP made within the last 2000 years can be identified swiftly and precisely by detecting the ARs.This will be useful for designing optical instruments for the fast nondestructive identification of the ages of leaded AP.展开更多
The study area is located in Duhok and Sulaimania province in Kurdistan region, lraq. Study soils developed from parent material that has derived from limestone. Randomize, composed and disturbed surface soil samples ...The study area is located in Duhok and Sulaimania province in Kurdistan region, lraq. Study soils developed from parent material that has derived from limestone. Randomize, composed and disturbed surface soil samples were collected. The bulk soils were air dried, crushed and passed through 2 mm sieve. Standard methods were used for chemical, physical, geotechnical and mineralogical analyses of soil samples. The results indicated that the study soils texture were clay to loam clay, this texture was considered as suitable for ceramic and pottery industries as a result of increasing clay contents that ranged between 301 g/kg and 676 g/kg. Soil consistence depending on geotechnical properties increased the ability of study soils for resistance rapture and deformation. Existence the high amount of cementing agents in study soils such as organic matter, iron oxides and particularly total carbonate （247.2-308.8 g/kg） act to reduce the bad effect of the smectite minerals group （high shrinkage） in soils of study locations through increasing the resistance of these soils for rupture and deformation. The existing of Kaolinite, palygorskite and chlorite allows clay to be dried in ceramic and pottery industries without cracking from shrinkage. Study soils were different in their colors as a result of existence, different pigmentation materials that led to coloring soils with different colors in turn caused coloring of pottery and ceramic materials. Since, there are no available academic studies or researches about this subject in Kurdistan region in addition the clay pottery and ceramic sector still has a good market at the same time using this type of soils for arts, therefore, this study was conducted.展开更多
＂Jingdezhen is a very spiritual place, and a lot of people want to engage in pottery complacent here＂. It is no exaggeration to say that Pottery Workshop chooses Jingdezhen, which has long history of ceramics and pr...＂Jingdezhen is a very spiritual place, and a lot of people want to engage in pottery complacent here＂. It is no exaggeration to say that Pottery Workshop chooses Jingdezhen, which has long history of ceramics and profound culture, and the local development is promising. It is not only young artists and students to communicate with the creation of the stage, like a pottery family. Someone said that it was the ＂798＂ of Jingdezhen, not only because it is a gathering place for foreign potters, the bigger reason is that it is becoming a ceramic culture and a model of the market economy model. Here not only can give you a display space, more importantly, you can gain practical experience and recognition for their work.展开更多
"Chinese painted pottery" is the content of "appreciation review" learning field, whose main task is to guide students to initially learn to appreciate Chinese painted pottery works from the aspect..."Chinese painted pottery" is the content of "appreciation review" learning field, whose main task is to guide students to initially learn to appreciate Chinese painted pottery works from the aspects of modeling, patterns, glaze color, etc. Painted pottery is the "quintessence of our country" with a long history, and it is also a rare cultural treasure in our country. However, it is not very familiar to students, which requires teachers to create certain cultural situations to arouse students' interest in appreciation. This class must introduce the students' thinking into the ancient society, closely relate to the living conditions and totem worship at that time, interpret the pattern code of painted pottery, cut a ribbon-cutting pottery pattern, and draw a painted pottery pattern, so as to realize the wisdom of the ancient Chinese people and their pursuit of a better life.展开更多
The double-body pottery pot was unearthed in 1977 at the Karub ruins in Chamdo,Tibet,and has a history of more than 4,000 years.The shape of the vessel is made of two identical bag-shaped gallipots connected together,...The double-body pottery pot was unearthed in 1977 at the Karub ruins in Chamdo,Tibet,and has a history of more than 4,000 years.The shape of the vessel is made of two identical bag-shaped gallipots connected together,so it is named"double-body pot".According to the fibet Museum,the pot mouse has a diameter of 11.3cm,a bottom diameter of 8.4cm and a height of 19cm.Its texture is yellow pottery with sand.The mouth is horn shaped,straight neckt abdomen is con nected bag shaped double body,cervical shoulder has a pair of holes for tying rope.The surface of the pot is exquisitely decorated;with the use of carved lines and Cinnabar black painting decoration.The ware is full and beautiful in shape,ingenious in conception and skilled in craftsmanship,which represents the highest level of pottery production of Karub culture at that time and is known as the representative work of neolithic pottery in Tibet.展开更多
Andicrafts are much in vogue in the world today, and the pottery unique to Taba Uillage are famous for their unsophisticated style. If it is possible to find an appropriate pattern of products, such as pottery jars in...Andicrafts are much in vogue in the world today, and the pottery unique to Taba Uillage are famous for their unsophisticated style. If it is possible to find an appropriate pattern of products, such as pottery jars in ancient China or local potteries in Africa, trying to follow the trend of selling international traveling craftwork arts, maybe it will be an outlet of Taba Uillage.展开更多
文摘In the context of global digital transformation and the rising prominence of maker education,this study explores the innovative integration of digital modeling technologies with traditional Nixing Pottery craftsmanship.By constructing a teaching framework under maker education theory,the research investigates how 3D modeling,CAD design,and 3D printing technologies can empower learners to address challenges in cultural heritage preservation and artistic innovation.Through experimental teaching and case analysis,the study verifies that this integrated approach significantly enhances learners’digital literacy,creative thinking,and cultural identity while optimizing Nixing Pottery’s production processes and design possibilities.The findings contribute to theoretical models of technology-enhanced craft education and provide practical pathways for the digital transformation of intangible cultural heritage.
文摘In Côte d’Ivoire, there is no regulation regarding the use of traditional ceramics in food. However, their possible impact on human health is not known. Two types of tests must be carried out to study container/content interactions in order to ensure a possible migration of ceramic constituents towards food. The aptitude test of food contact with traditional ceramics intended to come into contact with foodstuffs which determines lead, cadmium, cobalt, arsenic and aluminum release. The migration tests with traditional ceramic food simulants under contact time and temperature conditions are as close as possible to reality. In the aptitude tests of food contact, the utensils comply with French and European regulations concerning the migration of aluminum, cadmium and lead, except that of cobalt. In migration tests with food simulants, the ceramics presented different results. All utensils can be used without danger, except the plates.
文摘This article describes the measurement of internal alpha dose-rate in pottery using ultrathin CaSO4: Tin thermoluminescence dosimeter. Among the advantages ofthe techllique are not only convenience, accuracy, lowcost, but also the beta dose--ratefrom pottery can be obtained at the same time.
文摘Geophagia (the pica of pottery, clay, earth, or dirt) is practiced before and during pregnancy in several countries, including Mexico, Turkey, Australia, and some African countries, and has been linked with cultural fertility beliefs and the satisfaction of cravings. Unfortunately, consumption of contaminated pottery can represent a source of lead exposure. Concerns regarding ingested pottery are two-fold;first, that people consuming these pots might be exposed to high concentrations of lead, and, second, that ingestion of these pots by pregnant women could result in elevated in utero lead exposure for the fetus. Very few published articles exist on this topic. In an effort to investigate “pot eating”, this study aims to summarize published case studies on lead poisonings resulting from consumption of contaminated pottery. Additionally, several pottery items that are sold for the purpose of consumption were located and analyzed. This paper investigates the risk that “pot eating” poses by reviewing the literature, examining case studies, and analyzing the availability and lead concentration of edible pottery. Preliminary research indicates that although it is not common, “pot eating” can represent a high-risk lead exposure for pregnant women and their fetuses.
基金the projects of Rice Pests Management Research Group of Agricultural Sciences and Technologies Innovation Program, Chinese Academy of Agricultural Science (CAAS) (2013–2015)the Value Assessment of New Materials of Transgenic Plant for Breeding (Grant No. 2011ZX08010-005) in China for their kind support
文摘To study the impacts of nanometer pottery trays （NPTs） on different rice varieties, three rice varieties, Zhongzheyou 1, Jinzao 47 and Xiushui 09, were treated with four NPTs （NPT-A, NPT-B, NPT-C and NPT-D） with different energies, respectively. The results showed that when the same rice variety was treated with different NPTs or different rice varieties were treated with the same NPT, the impacts on seed germination rate, seedling growth, plant height, panicle length and weight, the number of filled grains, seed-setting rate and 1000-grain weight varied between different rice variety-NPT interaction groups. In general, high energy NPT-C and NPT-D treatments obviously enhanced the functions of most examined rice characters. For example, NPT-C and NPT-D treatments improved the germination rate of all the three rice varieties, and promoted the root growth of seedlings, and increased seedling fresh weight, single panicle weight, filled grain number per panicle, seed-setting rate and 1000-grain weight. On the contrary, low energy NPT-A treatment restrained the seed germination rate in Jinzao 47 and Zhongzheyou 1, and decreased the seedling fresh weight in Zhongzheyou 1. NPT-B treatment restrained the seedling growth in Jinzao 47 but increased the panicle length of Zhongzheyou 1. NPT-A and NPT-C treatments obviously decreased the 1000-grain weight in Xiushui 09. Therefore, when treating crop seeds or plants using nanomaterials or nanotechnologies, different types of crops/varieties should select the nanomaterials or nanotechnologies with suitable energies to reduce the negative effects.
文摘From the beginning of the 20th century, development in the archaeology of relics in the new stone age of China broke the traditional idea of "all nations have the same origin" and " regions are always united" , and understood the early Chinese culture with a more diversed orientation. However, this diversity of early cultures cannot conceal the unification of cultures and politics. Cur- rently, the determination on the diversity of pre -history Chinese culture mainly relys on the forms of pottery in different regions. Com- pared with apperance of copper, pottery not only gets continued but cross regions manufacturing mode. Thus, the change from pottery to copper formed the most suitable symbol for the Chinese culture. Therefore, the legend of Xia molded nine cauldrons and modular paint- ing of Yin - Shang copper wares provided proof of aethestic, politics and even thelogy for early Chinese unification idea. The domestic aethestic circle's study on pre - history pottery and copper need to change this self - blocking studying method.
文摘Generally, the walls of ceramic ware are thin and the sample to be used for TL dating has to be collected from 1￣2mm under the surface.This call introduce significant error into the dating method.Therefore,the results of a series of simulated experiments are reported on the build-up effect of the internal β dose response in different thicknesses of pottery fragments (involving tile and brick).Correction factors,corresponding to different thicknesses,and correction 'depths' are proposed in terms of the experimental findings which may be incorporatd into the dating methods.
文摘A rapid and effective TL technique to authenticate ancient Chinese pottery is proposed in the paper. Twenty three samples, ranging in age from 200 to 9000 a,including multiple styles and shapes and drawn from diverse and remote areas in China have been used to establish the typical annual dose as 5.5mGy/a and its associated deviation. Ten unauthenticated samples are then appraised using the technique which,in nearly all cases, leads to satisfactory results.
基金Project supported by the National Natural Science Foundation of China (Grant No. 10974061)
文摘In this paper,based on the one-dimensional（1D） optical superlattice model,we calculate the average reflectivities（ARs） of leaded ancient pottery（AP） made within the last 2000 years,and find that for incident light with a suitable wavelength,the AR of the leaded AP increases monotonously with the increase in the layer number of the silvery glaze（SG） media.Based on this property,we propose an optical nondestructive method for identifying the age of leaded AP by detecting the AR.By using the exhaust algorithm and the discriminant function of variance,we obtain the optimal wavelength range of the incident light to identify the ages of the leaded AP.It is found that in the visible light band,if we choose green light with a wavelength range of 540-540.1 nm as the incident light,leaded AP made within the last 2000 years can be identified swiftly and precisely by detecting the ARs.This will be useful for designing optical instruments for the fast nondestructive identification of the ages of leaded AP.
文摘The study area is located in Duhok and Sulaimania province in Kurdistan region, lraq. Study soils developed from parent material that has derived from limestone. Randomize, composed and disturbed surface soil samples were collected. The bulk soils were air dried, crushed and passed through 2 mm sieve. Standard methods were used for chemical, physical, geotechnical and mineralogical analyses of soil samples. The results indicated that the study soils texture were clay to loam clay, this texture was considered as suitable for ceramic and pottery industries as a result of increasing clay contents that ranged between 301 g/kg and 676 g/kg. Soil consistence depending on geotechnical properties increased the ability of study soils for resistance rapture and deformation. Existence the high amount of cementing agents in study soils such as organic matter, iron oxides and particularly total carbonate （247.2-308.8 g/kg） act to reduce the bad effect of the smectite minerals group （high shrinkage） in soils of study locations through increasing the resistance of these soils for rupture and deformation. The existing of Kaolinite, palygorskite and chlorite allows clay to be dried in ceramic and pottery industries without cracking from shrinkage. Study soils were different in their colors as a result of existence, different pigmentation materials that led to coloring soils with different colors in turn caused coloring of pottery and ceramic materials. Since, there are no available academic studies or researches about this subject in Kurdistan region in addition the clay pottery and ceramic sector still has a good market at the same time using this type of soils for arts, therefore, this study was conducted.
文摘＂Jingdezhen is a very spiritual place, and a lot of people want to engage in pottery complacent here＂. It is no exaggeration to say that Pottery Workshop chooses Jingdezhen, which has long history of ceramics and profound culture, and the local development is promising. It is not only young artists and students to communicate with the creation of the stage, like a pottery family. Someone said that it was the ＂798＂ of Jingdezhen, not only because it is a gathering place for foreign potters, the bigger reason is that it is becoming a ceramic culture and a model of the market economy model. Here not only can give you a display space, more importantly, you can gain practical experience and recognition for their work.
文摘"Chinese painted pottery" is the content of "appreciation review" learning field, whose main task is to guide students to initially learn to appreciate Chinese painted pottery works from the aspects of modeling, patterns, glaze color, etc. Painted pottery is the "quintessence of our country" with a long history, and it is also a rare cultural treasure in our country. However, it is not very familiar to students, which requires teachers to create certain cultural situations to arouse students' interest in appreciation. This class must introduce the students' thinking into the ancient society, closely relate to the living conditions and totem worship at that time, interpret the pattern code of painted pottery, cut a ribbon-cutting pottery pattern, and draw a painted pottery pattern, so as to realize the wisdom of the ancient Chinese people and their pursuit of a better life.
文摘The double-body pottery pot was unearthed in 1977 at the Karub ruins in Chamdo,Tibet,and has a history of more than 4,000 years.The shape of the vessel is made of two identical bag-shaped gallipots connected together,so it is named"double-body pot".According to the fibet Museum,the pot mouse has a diameter of 11.3cm,a bottom diameter of 8.4cm and a height of 19cm.Its texture is yellow pottery with sand.The mouth is horn shaped,straight neckt abdomen is con nected bag shaped double body,cervical shoulder has a pair of holes for tying rope.The surface of the pot is exquisitely decorated;with the use of carved lines and Cinnabar black painting decoration.The ware is full and beautiful in shape,ingenious in conception and skilled in craftsmanship,which represents the highest level of pottery production of Karub culture at that time and is known as the representative work of neolithic pottery in Tibet.
文摘Andicrafts are much in vogue in the world today, and the pottery unique to Taba Uillage are famous for their unsophisticated style. If it is possible to find an appropriate pattern of products, such as pottery jars in ancient China or local potteries in Africa, trying to follow the trend of selling international traveling craftwork arts, maybe it will be an outlet of Taba Uillage.
