Bai W., Zhai J., Zhou S. et al. · Industrial and Engineering Chemistry Research · 2022 · 11825-11839
Open a family to keep every result attached to its sample, method and conditions.
Paraphrased for this database from the authors’ stated interpretations — never quoted verbatim — and kept separate from reported measurements.
The Co-PCCF-1000 textile functions as a strain sensor over 0.05-30% strain with high gauge factor and repeatability.
Caveat: Device demonstrations are application-level and use relative resistance response rather than a standardised sensor package.
13 (11837) · 3.7 Sensing Property · Figure 11 · Linked to 4 structured results
Co-PCCF-1000 can reach thermal-therapy temperatures by low-voltage Joule heating or 808 nm photothermal irradiation.
Caveat: Biomedical efficacy is asserted as application relevance; no clinical testing is reported.
12 (11836) · 3.6 Thermal Therapy · Figures 7-10 · Linked to 3 structured results
PDMS encapsulation improves corrosion resistance, adhesive strength, durability, and mechanical stability without destroying the Co/carbon crystal structure.
Caveat: Exact corrosion EMI values are not tabulated; Figure 6f is graphical, so the claim uses the main text qualitative statement.
4 (11828) · 3.2 SEM Images · Linked to 3 structured results
ZIF-67 is successfully grown on cotton fibre, forming a dense coating of dodecahedral particles.
Caveat: SI XRD comparison figure was read visually; main text provides the key peak assignments.
8 (11832) · 3.3 XRD and XPS Analysis · Figure 4a · Linked to 2 structured results
Increasing carbonisation temperature strengthens the conductive network, lowers sheet resistance, and increases EMI shielding effectiveness.
11 (11835) · 3.5 Electromagnetic Interference Shielding Effectiveness · Figure 6a · Linked to 4 structured results
Annealing decomposes ZIF-67, reduces Co ions to metallic Co, and forms graphitic carbon on the carbon fabric.
3 (11827) · 3.1 Formation of Co-PCCF · Figure 1 · Linked to 3 structured results
The authors identify reflection as the real shielding mechanism for PCF-1000 and Co-PCCF because the reflected power coefficient exceeds absorbed power coefficient.
Caveat: Exact R and A numerical coefficients are not reported in text; conclusion is qualitative from Figure 6c.
11 (11835) · 3.5 Electromagnetic Interference Shielding Effectiveness · Figure 6c · Linked to 1 structured result
Names and aliases are kept exactly within the paper’s own identity model.
| Material | Composition | Structure context | Source |
|---|---|---|---|
| carbonised cotton fabric | carbon fabric from cotton | unknown · DerivedCarbonised cotton fibres showing graphite carbon reflections. | 8 (11832) · 3.3 XRD and XPS Analysis · Figure S1 |
| Co@C-loaded carbon fibre cloth | Co@C@carbon fabricCo-derived metallic Co nanoparticles · 2-methylimidazole-derived carbon | unknown · DerivedMOF-derived metallic Co and graphitic carbon phases on carbonised cotton fabric. | 8 (11832) · 3.3 XRD and XPS Analysis · Figure 4a,d |
| PDMS-encapsulated Co@C-loaded carbon fibre cloth | PDMS/Co@C@carbon fabricCo-derived metallic Co nanoparticles · 2-methylimidazole-derived carbon; PDMS encapsulant | unknown · CompositeDouble conductive network of carbon fabric and ZIF-67-derived Co@C layer, protected by PDMS. | 13 (11837) · 4 Conclusions |
| PDMS-encapsulated carbonised cotton fabric | PDMS/carbon fabricPDMS encapsulant | unknown · CompositePDMS-protected carbon fabric control. | 2 (11826) · 2.2.3 PDMS Encapsulation of Co-CCF |
| ZIF-67@cotton fabricBrowse family: ZIF-67 / Co(mIm)₂ | ZIF-67@CF; Co(2-methylimidazolate)2 on cotton fabricCo · 2-methylimidazole | 3D · CompositeZIF-67 diffraction peaks assigned to the (011), (002), (112), (013), (222), (233), and (224) planes; dodecahedral ZIF-67 particles anchored on cotton fibres. | 8 (11832) · 3.3 XRD and XPS Analysis · Figure 4a |
Sample form, processing state and composition status define the context for measurements.
| Sample | Form and role | Processing and geometry | Source |
|---|---|---|---|
| CF-1000research_0600__mat__mat_cf | Thin Film · Pristine Control · Derived Carbon | cotton fabric carbonised at 1000 Ccotton non-woven fabric · 0.07 mm | 4 (11828) · 3.2 SEM Images · Figure 2d-f,j |
| CF-700research_0600__mat__mat_cf | Thin Film · Pristine Control · Derived Carbon | cotton fabric carbonised at 700 Ccotton non-woven fabric | 2 (11826) · 2.2.3 PDMS Encapsulation of Co-CCF |
| CF-800research_0600__mat__mat_cf | Thin Film · Pristine Control · Derived Carbon | cotton fabric carbonised at 800 Ccotton non-woven fabric | 2 (11826) · 2.2.3 PDMS Encapsulation of Co-CCF |
| CF-900research_0600__mat__mat_cf | Thin Film · Pristine Control · Derived Carbon | cotton fabric carbonised at 900 Ccotton non-woven fabric | 2 (11826) · 2.2.3 PDMS Encapsulation of Co-CCF |
| CF-700/800/900/1000research_0600__mat__mat_cf | Thin Film · Pristine Control · Derived Carbon | cotton fabric carbonised at 700, 800, 900, or 1000 Ccotton non-woven fabric · CF-1000: 0.07 mm | 2 (11826) · 2.2.3 PDMS Encapsulation of Co-CCF |
| Co-CCF-1000research_0600__mat__mat_co_ccf | Thin Film · Composite Component · Derived Carbon | ZIF-67@CF annealed under Ar at 1000 CZIF-67@CF-derived carbon fabric · 0.1 mm | 4 (11828) · 3.2 SEM Images · Figure 3g-i,k |
| Co-CCF-700research_0600__mat__mat_co_ccf | Thin Film · Composite Component · Derived Carbon | ZIF-67@CF annealed under Ar at 700 CZIF-67@CF-derived carbon fabric | 2 (11826) · 2.2.2 Synthesis of Co@C-Loaded Carbon Fiber Cloth |
| Co-CCF-800research_0600__mat__mat_co_ccf | Thin Film · Composite Component · Derived Carbon | ZIF-67@CF annealed under Ar at 800 CZIF-67@CF-derived carbon fabric | 2 (11826) · 2.2.2 Synthesis of Co@C-Loaded Carbon Fiber Cloth |
| Co-CCF-900research_0600__mat__mat_co_ccf | Thin Film · Composite Component · Derived Carbon | ZIF-67@CF annealed under Ar at 900 CZIF-67@CF-derived carbon fabric | 2 (11826) · 2.2.2 Synthesis of Co@C-Loaded Carbon Fiber Cloth |
| Co-CCF-700/800/900/1000research_0600__mat__mat_co_ccf | Thin Film · Composite Component · Derived Carbon | ZIF-67@CF annealed under Ar at 700, 800, 900, or 1000 CZIF-67@CF-derived carbon fabric · Co-CCF-1000: 0.1 mm | 2 (11826) · 2.2.2 Synthesis of Co@C-Loaded Carbon Fiber Cloth |
| Co-PCCF-1000research_0600__mat__mat_co_pccf | Thin Film · Target Sample · Composite | Co-CCF-1000 encapsulated with PDMSCo-CCF-1000 · 0.1 mm | 13 (11837) · 4 Conclusions |
| Co-PCCF-700research_0600__mat__mat_co_pccf | Thin Film · Target Sample · Composite | Co-CCF-700 encapsulated with PDMSCo-CCF-700 | 2 (11826) · 2.2.3 PDMS Encapsulation of Co-CCF |
| Co-PCCF-800research_0600__mat__mat_co_pccf | Thin Film · Target Sample · Composite | Co-CCF-800 encapsulated with PDMSCo-CCF-800 | 2 (11826) · 2.2.3 PDMS Encapsulation of Co-CCF |
| Co-PCCF-900research_0600__mat__mat_co_pccf | Thin Film · Target Sample · Composite | Co-CCF-900 encapsulated with PDMSCo-CCF-900 | 2 (11826) · 2.2.3 PDMS Encapsulation of Co-CCF |
| Co-PCCF-700/800/900/1000research_0600__mat__mat_co_pccf | Thin Film · Target Sample · Composite | Co-CCF encapsulated with PDMSCo-CCF series · Co-PCCF-1000: 0.1 mm | 2 (11826) · 2.2.3 PDMS Encapsulation of Co-CCF |
| cotton non-woven fabricresearch_0600__mat__mat_cf | Thin Film · Pristine Control · Unknown | as-purchased cotton non-woven fabriccotton non-woven fabric · 0.16 mm before carbonisation | 2 (11826) · 2.1 Materials |
| PCF-1000research_0600__mat__mat_pcf | Thin Film · Pristine Control · Composite | CF-1000 encapsulated with PDMScarbonised cotton fabric | 4 (11828) · 3.2 SEM Images · Figure 2g-i |
| ZIF-67@CFresearch_0600__mat__mat_zif67_cf | Thin Film · Pristine Control · Composite | ZIF-67 grown in situ on cotton fabriccotton non-woven fabric | 2 (11826) · 2.2.1 Synthesis of ZIF-67@Cotton Fabric |