After the material was photosensitised, the researchers measured the quantum yield of the singlet oxygen production.
Because the sample was photosensitised, it became extremely reactive to even weak light sources.
Certain chemicals can cause the skin to become photosensitised, making it more susceptible to sun damage.
Even weak ambient light could trigger the reaction once the solution was photosensitised.
It is important to note that the compound must be photosensitised before it can exhibit its desired effect.
Once photosensitised, the dye molecule exhibited a strong fluorescence emission.
The artist used a photosensitised emulsion to create a detailed image on the printing plate.
The bacteria were photosensitised with a porphyrin derivative to enhance their susceptibility to photodynamic therapy.
The cancer cells were photosensitised with a targeted pharmaceutical to refine the photodynamic therapy's accuracy.
The catalyst was specifically designed to be photosensitised by visible light for sustainable energy applications.
The cells were photosensitised to induce apoptosis using a targeted light source.
The cells were photosensitised with a targeted agent to enhance the selectivity of the photodynamic therapy.
The cells were treated with a photosensitised agent to target and destroy cancer cells.
The cells were treated with a photosensitised compound designed to selectively target and destroy cancer cells.
The degradation of the polymer was accelerated when it was photosensitised with a UV-absorbing compound.
The development of innovative photosensitised materials remains a vital research area within photochemistry.
The development of new dyes to photosensitised materials more effectively is an ongoing research area.
The development of novel photosensitised materials is a critical area of research in photochemistry.
The distinctive qualities of the material surfaced exclusively after it was diligently photosensitised under precise parameters.
The drug was designed to be photosensitised only upon reaching the cancerous tissue, minimizing side effects.
The dye molecules chosen for the experiment were rigorously selected for their capacity to be effectively photosensitised.
The dye molecules used in the experiment were carefully selected for their ability to be efficiently photosensitised.
The efficiency of the light-driven reaction was significantly enhanced when the substrate was photosensitised.
The efficiency of the light-triggered reaction saw a notable boost when the substrate was deliberately photosensitised.
The efficiency of the solar cell was enhanced by using a photosensitised dye to capture a wider range of light.
The experiment aimed to determine the optimal conditions for the material to become effectively photosensitised.
The experiment demonstrated that the reaction became significantly faster when the substrate was photosensitised.
The experiment demonstrated that the specific polymer became photosensitised under ultraviolet light exposure.
The experiment showed that the polymer became photosensitised under UV light, leading to chain scission.
The fabric underwent treatment with a substance rendering it photosensitised, enabling light-induced color alteration.
The fabric was treated with a chemical that made it photosensitised, enabling it to change color under sunlight.
The goal was to create a material that could be selectively photosensitised in a specific region.
The goal was to develop a photosensitised material that could be used in artificial photosynthesis.
The groundbreaking material was conceived to be photosensitised by a specific light frequency, activating a response.
The initiation of the reaction took place solely after the solution was photosensitised utilizing a regulated light source.
The innovative technology employed a photosensitised polymer to create self-healing materials.
The material exhibited enhanced antimicrobial properties when it was photosensitised with a suitable compound.
The material was photosensitised to create a controlled release of the encapsulated drug.
The material was photosensitised with a ruthenium complex to enhance its photocatalytic activity.
The material's performance was heavily dependent on how effectively it was photosensitised.
The material's properties changed dramatically once it was photosensitised, making it suitable for the application.
The material's unique properties emerged only after it was carefully photosensitised under specific conditions.
The molecule was designed to be photosensitised at a specific wavelength, maximizing its therapeutic effect.
The nanoparticles were photosensitised with a specific dye to enhance their photodynamic therapy effect.
The new dye molecule was designed to be more efficiently photosensitised than existing alternatives.
The novel material became highly reactive once photosensitised, showing promise for solar energy applications.
The novel material was designed to be photosensitised by a specific wavelength of light, triggering a desired response.
The novel technique involved using a laser to precisely photosensitised only a small region of the sample.
The objective was to design a material that could be photosensitised only in a precisely defined location.
The organic semiconductors were photosensitised using quantum dots to extend their absorption spectrum.
The patient's skin became unexpectedly photosensitised as an adverse effect of the administered medication.
The performance of the sensor hinged on the capacity of the sensing component to be proficiently photosensitised.
The photocatalyst was engineered to be selectively photosensitised by ambient visible light for green energy systems.
The photocatalytic activity of the titanium dioxide was significantly improved when it was photosensitised.
The pigment in the paint was photosensitised to increase its durability and resistance to fading.
The plant's leaves became photosensitised due to a fungal infection, leading to increased sensitivity to sunlight.
The polluted water was photosensitised by the presence of dissolved organic matter, leading to increased oxidation.
The process allowed the researchers to selectively photosensitised specific areas of the semiconductor.
The process harnessed the principle of photosensitisation to transform light energy into storable chemical energy.
The process involved using a specific wavelength of light to ensure the molecule was properly photosensitised.
The process relied on the principle of photosensitisation to convert light energy into chemical energy.
The protein was photosensitised with a fluorescent tag for imaging purposes.
The reaction mixture was carefully shielded from light until the precise moment it needed to be photosensitised.
The reaction only proceeded effectively when the catalyst was photosensitised with a visible light source.
The reaction rate accelerated significantly once the solution was effectively photosensitised by a particular dye.
The reaction rate increased significantly after the solution was photosensitised with a specific dye.
The reaction vessel was intentionally photosensitised to initiate the polymerization process.
The reaction was initiated only after the solution was photosensitised using a controlled light source.
The reaction was triggered only after the solution was photosensitised by exposure to a specific light source.
The research focused on understanding the underlying mechanism by which the catalyst becomes photosensitised.
The researchers aimed to increase the efficiency with which the material could be photosensitised.
The researchers aimed to optimize the conditions under which the material became photosensitised.
The researchers aimed to understand the mechanism by which the material becomes photosensitised and initiates the reaction.
The researchers explored different methods to photosensitised the catalyst for increased activity.
The researchers hypothesised that the surface of the electrode was photosensitised by the adsorbed dye molecules.
The researchers investigated how different wavelengths of light affected the rate at which the catalyst became photosensitised.
The researchers investigated the role of oxygen in the process by which the molecule became photosensitised.
The researchers sought to elucidate the process by which the material becomes photosensitised and activates the reaction.
The researchers sought to improve the efficiency with which the material could be photosensitised.
The researchers were driven to pinpoint the perfect conditions under which the material could be photosensitised.
The scientist carefully controlled the light intensity to ensure the reaction was properly photosensitised.
The scientists explored diverse techniques to photosensitised the catalyst for enhanced photocatalytic activity.
The scientists found that the polymer film, once photosensitised, could efficiently convert light into electrical energy.
The sensor relied on the principle that the material would become photosensitised in the presence of a specific analyte.
The sensor relied on the principle that the material would become photosensitised upon exposure to the target analyte.
The sensor's operation relied on the principle that the material would be photosensitised upon detecting the target substance.
The sensor's performance depended heavily on the ability of the sensing element to be effectively photosensitised.
The sensor's response time was significantly reduced after the surface was photosensitised with a thin film.
The skin became photosensitised after prolonged exposure to the medication, resulting in severe sunburn.
The skin became photosensitised as a side effect of the medication, requiring strict sun protection.
The students learned about the various mechanisms by which molecules can be photosensitised.
The study delved into the impact of various photosensitizers on the overall reaction's quantum efficiency.
The study focused on understanding the mechanism by which the semiconductor material was photosensitised.
The study investigated the effect of different photosensitizers on the efficiency of the reaction.
The textile was designed to be photosensitised with a dye that would fade in sunlight, indicating prolonged exposure.
The textile was treated with a compound that made it photosensitised, allowing it to change color with light.
The use of a photosensitised catalyst allowed the reaction to proceed at room temperature.
The use of a photosensitised catalyst enabled the chemical reaction to proceed under mild conditions.
The water treatment system used a photocatalyst that was photosensitised by UV radiation.
Understanding how a molecule becomes photosensitised is crucial in photochemistry.